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2022 Grid Electricity Emissions Factors v0.1 February 2023
www.carbonfootprint.com 1
CARBON FOOTPRINT
COUNTRY SPECIFIC ELECTRICITY GRID GREENHOUSE GAS EMISSION FACTORS
Last Updated: February 2023
2022 Grid Electricity Emissions Factors v0.1 February 2023
www.carbonfootprint.com 2
Key terms
Dual reporting Reporting both location-based and market-based emissions.
Generation This is the emissions factor for the fuels burned to provide you with the energy that you have directly used.
This will be part of your “Scope 2” emissions, although you have directly used the energy, the emissions occurred at a
power station, where the fuel was burned.
Location-based reporting Calculating your emissions based on where your site is, using the fuel mixes from power
stations local to you.
Market-based reporting Calculating your emissions based on the consumer choices you have made, e.g. using a green
or renewable tariff, so that you only purchase the energy from renewable sources.
Production mix These are emissions factors based on the mix of fuels used by power stations in the area. Use these for
location-based reporting.
Residual mix These are emissions factors based on the mix of fuels used by power stations in the area where the energy
from certain fuels that has been sold to specific consumers has been taken out. For example, people using green or
renewable energy tariffs have bought energy that comes from only renewable sources. Therefore, these values can be
used for market-based reporting when you have not bought energy from a specific mix of fuels.
Scope 1 Emissions that occurred from burning fuel in assets under your control, e.g. on your sites or in your vehicles.
Scope 2 Emissions that occurred out of your control but as a result of energy you have directly consumed.
Scope 3 Emissions that occurred in your supply chain.
Transmission & distribution This is the emissions factor for the energy generated to move the energy you used around
the grid to get to your site. This will be part of your “Scope 3 emissions, as the energy associated with these emissions
was neither consumed nor generated on your site, but is used as a result of energy consumed on your site.
2022 Grid Electricity Emissions Factors v0.1 February 2023
www.carbonfootprint.com 3
COUNTRY SPECIFIC ELECTRICITY FACTORS 2022
The following grid electricity emissions factors are used in our online calculators. Countries and territories are ordered alphabetically and grouped by
geographic area.
Grouping
Country
Production fuel
mix factor
(kgCO2e per kWh)
Residual fuel mix
factor
(kgCO2e per kWh)
Year
Comments
Africa
South Africa
0.8665
-
2021
Emissions intensity of the power
sector
Asia
China (PR)
0.5572
-
2021
Emissions intensity of the power
sector
Hong Kong
(China)
0.7100
or
0.6500
-
2020
Combined generation and T&D factor
India
0.7132
-
2021
Emissions intensity of the power
sector
Indonesia
0.7848
-
2021
Emissions intensity of the power
sector
Japan
0.4615
-
2021
Emissions intensity of the power
sector
Korea
(Republic)
0.4113
-
2021
Emissions intensity of the power
sector
Singapore
0.408
-
2021
Electricity Grid Emissions Factors
Thailand
Gen = 0.407
T&D = 0.0390
-
2022
Generation Factor
T&D = Consumption Generation
Australasia
Australia
Gen = 0.68
T&D = 0.09
-
2020
2020 (published in 2023)
New Zealand
Gen = 0.103
T&D = 0.011
-
2020
Emission factors published in 2022,
based on 2020 national inventory.
2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com1CARBONFOOTPRINTCOUNTRYSPECIFICELECTRICITYGRIDGREENHOUSEGASEMISSIONFACTORSLastUpdated:February20232022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com2Keyterms•Dualreporting–Reportingbothlocation-basedandmarket-basedemissions.•Generation–Thisistheemissionsfactorforthefuelsburnedtoprovideyouwiththeenergythatyouhavedirectlyused.Thiswillbepartofyour“Scope2”emissions,althoughyouhavedirectlyusedtheenergy,theemissionsoccurredatapowerstation,wherethefuelwasburned.•Location-basedreporting–Calculatingyouremissionsbasedonwhereyoursiteis,usingthefuelmixesfrompowerstationslocaltoyou.•Market-basedreporting–Calculatingyouremissionsbasedontheconsumerchoicesyouhavemade,e.g.usingagreenorrenewabletariff,sothatyouonlypurchasetheenergyfromrenewablesources.•Productionmix–Theseareemissionsfactorsbasedonthemixoffuelsusedbypowerstationsinthearea.Usetheseforlocation-basedreporting.•Residualmix–Theseareemissionsfactorsbasedonthemixoffuelsusedbypowerstationsintheareawheretheenergyfromcertainfuelsthathasbeensoldtospecificconsumershasbeentakenout.Forexample,peopleusinggreenorrenewableenergytariffshaveboughtenergythatcomesfromonlyrenewablesources.Therefore,thesevaluescanbeusedformarket-basedreportingwhenyouhavenotboughtenergyfromaspecificmixoffuels.•Scope1–Emissionsthatoccurredfromburningfuelinassetsunderyourcontrol,e.g.onyoursitesorinyourvehicles.•Scope2–Emissionsthatoccurredoutofyourcontrolbutasaresultofenergyyouhavedirectlyconsumed.•Scope3–Emissionsthatoccurredinyoursupplychain.•Transmission&distribution–Thisistheemissionsfactorfortheenergygeneratedtomovetheenergyyouusedaroundthegridtogettoyoursite.Thiswillbepartofyour“Scope3”emissions,astheenergyassociatedwiththeseemissionswasneitherconsumednorgeneratedonyoursite,butisusedasaresultofenergyconsumedonyoursite.2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com3COUNTRYSPECIFICELECTRICITYFACTORS–2022Thefollowinggridelectricityemissionsfactorsareusedinouronlinecalculators.Countriesandterritoriesareorderedalphabeticallyandgroupedbygeographicarea.GroupingCountryProductionfuelmixfactor(kgCO2eperkWh)Residualfuelmixfactor(kgCO2eperkWh)SourceYearCommentsAfricaSouthAfrica0.8665-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorAsiaChina(PR)0.5572-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorHongKong(China)0.7100or0.6500-HongKongElectricCompany(2021)orCLPGroup(2021)ThesetwocompaniessupplydifferentareasofHKsocheckwhichoneyouneed.2020CombinedgenerationandT&DfactorIndia0.7132-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorIndonesia0.7848-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorJapan0.4615-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorKorea(Republic)0.4113-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorSingapore0.408-SingaporeEnergyMarketAuthority(EMA)2021ElectricityGridEmissionsFactorsThailandGen=0.407T&D=0.0390-EnergyPolicyandPlanningOffice(EPPO)ThaiGovernmentMinistryofEnergy2022GenerationFactorT&D=Consumption–GenerationAustralasiaAustraliaGen=0.68T&D=0.09-AustralianGovernment20202020(publishedin2023)NewZealandGen=0.103T&D=0.011-MeasuringEmissionsFactorsSummary20202020Emissionfactorspublishedin2022,basedon2020nationalinventory.2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com4GroupingCountryProductionfuelmixfactor(kgCO2eperkWh)Residualfuelmixfactor(kgCO2eperkWh)SourceYearCommentsMiddleEastSaudiArabia0.6142-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorTurkey0.4261-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorUnitedArabEmiratesGen=0.4010T&D=0.01379-DubaiElectricity&WaterAuthority(sustainabilityreport2021)2020GenerationfactoronlyNorth&CentralAmericaCanada0.11081-UNFrameworkConventiononClimateChange2020(published2022)Combinedgenerationanddistributionfactor.Regionalfactorsareavailable.Seeseparatetablebelow.Mexico0.3-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorUnitedStates0.373138-USEnvProtectionAgency(EPA)eGrid2020(published2022)Combinedgenerationanddistributionfactor.Regionalfactorsareavailable.Seeseparatetablebelow.SouthAmericaArgentina0.2881-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorBrazil0.1295-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorEuropeAustria0.11847-AssociationofIssuingBodies(AIB)20222021ProductionmixfactorBosnia&Herzgovina0.558520.55852AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorBelgium0.122640.14919AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorBulgaria0.404120.40412AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorCroatia0.200520.46650AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorCyprus0.622960.62507AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorCzechRepublic0.506710.54996AssociationofIssuingBodies(AIB)20222021Production&residualmixfactor2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com5GroupingCountryProductionfuelmixfactor(kgCO2eperkWh)Residualfuelmixfactor(kgCO2eperkWh)SourceYearCommentsDenmark0.181340.52932AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorEstonia0.616130.63658AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorFinland0.095840.28532AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorFrance0.040980.04857AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorGermany0.377640.61784AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorGreece0.336640.44463AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorHungary0.223970.27626AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorIceland0.000100.42348AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorIreland0.377100.57009AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorItaly0.306850.45657AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorLatvia0.219650.30258AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorLithuania0.218520.38450AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorLuxembourg0.098830.40306AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorMalta0.660690.62366AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorNetherlands0.370400.45074AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorNorway0.004490.40491AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorPoland0.776590.85021AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorPortugal0.164180.28106AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorRomania0.277460.28165AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorRussianFederation0.3218-ClimateTransparency(2022Report)2021EmissionsintensityofthepowersectorSerbia0.695080.76374AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorSlovakia0.165490.18462AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorSlovenia0.216850.56544AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorSpain0.153300.29583AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorSweden0.007670.07663AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorSwitzerland0.011630.01915AssociationofIssuingBodies(AIB)20222021Production&residualmixfactorUnitedKingdomGen:0.19338T&D:0.017690.35117Production:UKGovt–Defra/BEIS(2022)Residual:AssociationofIssuingBodies(AIB)20222021(2020-21Data)2021Generation&transmission&distributionfactorsResidualmixfactor2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com6UNITEDSTATESREGIONALFACTORS(BYSTATE)RegionalfactorsaresourceddirectlyfromtheUnitedStatesEnvironmentalProtectionAgency’s(EPA)eGriddatabase.https://www.epa.gov/egrid2020factors,publishedJanuary2022.Nextsetduetobepublishedin2023.StateGridGenerationFactor(kgCO2eperkWh)T&DFactor(kgCO2eperkWh)YearUNITEDSTATES0.3731380.02412020(published2022)Alaska(AK)ASCC&ASCCMisc.-AlaskaGrid0.438230.0255052020(published2022)Alabama(AL)SERC-South0.327070.0183052020(published2022)Arkansas(AR)SERC-South0.431500.0241492020(published2022)Arizona(AZ)WECC-Southwest0.334290.0187092020(published2022)California(CA)WECC-California0.205530.0115032020(published2022)Colorado(CO)WECC-Rockies0.553040.0309512020(published2022)Connecticut(CT)NPCC-NewEngland0.240300.0134492020(published2022)WashingtonDC(DC)RFC-East0.363380.0203372020(published2022)Delaware(DE)RFC-East0.342480.0191672020(published2022)Florida(FL)FRCC-All0.382000.0213792020(published2022)Georgia(GA)SERC-South0.328180.0183672020(published2022)Hawaii(HI)HICC-Misc.&Oahu0.692410.0410752020(published2022)Iowa(IA)MRO-East0.279050.0156172020(published2022)Idaho(ID)WECC-Rockies0.096790.0054172020(published2022)Illinois(IL)MRO-East0.252400.0141262020(published2022)Indiana(IN)RFC-West0.702820.0393342020(published2022)Kansas(KS)SPP-North0.364780.0204152020(published2022)Kentucky(KY)SERC-TennesseeValley0.764250.0427722020(published2022)Louisiana(LA)SERC-South0.345520.0193372020(published2022)Massachusetts(MA)NPCC-NewEngland0.399120.0223372020(published2022)Maryland(MD)RFC-East0.292710.0163822020(published2022)Maine(ME)NPCC-NewEngland0.103500.0057932020(published2022)Michigan(MI)RFC-Michigan0.425480.0238132020(published2022)Minnesota(MN)MRO-East0.349430.0195562020(published2022)Missouri(MO)SERC-South0.734100.0410852020(published2022)Mississippi(MS)SERC-South0.405570.0226982020(published2022)2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com7StateGridGenerationFactor(kgCO2eperkWh)T&DFactor(kgCO2eperkWh)YearUNITEDSTATES0.3731380.02412020(published2022)Montana(MT)WECC-Rockies0.413960.0231682020(published2022)NorthCarolina(NC)SERC-Virginia/Carolinas0.294130.0164612020(published2022)NorthDakota(ND)MRO-West0.629650.0352392020(published2022)Nebraska(NE)MRO-West0.544610.030482020(published2022)NewHampshire(NH)NPCC-NewEngland0.112440.0062932020(published2022)NewJersey(NJ)RFC-East0.223300.0124972020(published2022)NewMexico(NM)WECC-Southwest0.571470.0319832020(published2022)Nevada(NV)WECC-Rockies0.325050.0181922020(published2022)NewYork(NY)NPCC-LI,NYC,&UpstateNY0.189010.0105782020(published2022)Ohio(OH)RFC-West0.568480.0318152020(published2022)Oklahoma(OK)SPP-South0.321440.017992020(published2022)Oregon(OR)WECC-Northwest0.154950.0086722020(published2022)Pennsylvania(PA)RFC-West0.316390.0177072020(published2022)RhodeIsland(RI)NPCC-NewEngland0.375370.0210082020(published2022)SouthCarolina(SC)SERC-Virginia/Carolinas0.233080.0130452020(published2022)SouthDakota(SD)MRO-West0.154490.0086462020(published2022)Tennessee(TN)SERC-TennesseeValley0.259190.0145062020(published2022)Texas(TX)ERCOT-All0.388960.0213362020(published2022)Utah(UT)WECC-Rockies0.710220.0397482020(published2022)Virginia(VA)SERC-Virginia/Carolinas0.292500.016372020(published2022)Vermont(VT)NPCC-NewEngland0.013750.0007692020(published2022)Washington(WA)WECC-Northwest0.096740.0054142020(published2022)Wisconsin(WI)MRO-East0.540690.030262020(published2022)WestVirginia(WV)SERC-Virginia/Carolinas0.873040.0488612020(published2022)Wyoming(WY)WECC-Rockies0.902700.050522020(published2022)2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com8CANADAREGIONALFACTORS(BYPROVINCE)ProvincefactorssourcedfromCanada’slatestsubmissiontotheUNFrameworkConventiononClimateChange.StateGenerationFactor(kgCO2eperkWh)T&DFactor(kgCO2eperkWh)YearCanada0.11081Negligible2020(published2022)Alberta(AB)0.584330.052020(published2022)BritishColumbia(BC)0.0073150.00112020(published2022)Manitoba(MB)0.00110280.00012020(published2022)NewBrunswick(NB)0.29190.012020(published2022)NewfoundlandandLabrador(NL)0.02400840.0012020(published2022)NovaScotia(NS)0.673490.052020(published2022)NorthwestTerritories(NT)0.18028Negligible2020(published2022)Nunavut(NU)0.760.052020(published2022)Ontario(ON)0.025433Negligible2020(published2022)PrinceEdwardIsland(PE)0Negligible2020(published2022)Quebec(QC)0.00150.00032020(published2022)Saskatchewan(SK)0.574330.052020(published2022)YukonTerritory(YT)0.1003360.0102020(published2022)2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com9AUSTRALIAREGIONALFACTORS(BYSTATE)StatespecificfactorsaresourcedfrompubliclyavailableemissionsfactorspublishedbytheAustralianGovernmenttosupportannualGHGmeasurements.ThiswasupdatedusingthereportpublishedinFebruary2023report.StateGenerationFactor(kgCO2eperkWh)T&DFactor(kgCO2eperkWh)YearAUSTRALIA0.680.092020(publishedin2023)AustralianCapitalTerritory0.730.062020(publishedin2023)NewSouthWales0.730.062020(publishedin2023)NorthernTerritory0.540.072020(publishedin2023)NorthernTerritory–DarwinKatherineInterconnectedSystem(DKIS)0.540.072020(publishedin2023)Queensland0.730.152020(publishedin2023)SouthAustralia0.250.082020(publishedin2023)Tasmania0.170.012020(publishedin2023)Victoria0.850.072020(publishedin2023)WesternAustralia–NorthWesternInterconnectedSystem(NWIS)0.58Notavailable2020(publishedin2023)WesternAustralia–SouthWestInterconnectedSystem(SWIS)0.510.042020(publishedin2023)2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com10SourcesofEmissionsFactors:•AIB(2022).2021EuropeanResidualMix-ResultsofthecalculationofResidualMixesforthecalendaryear2021(Version1.0,2022-05-31)https://www.aib-net.org/facts/european-residual-mix/2021•AustralianGovernmentDeptofEnvironment&EnergyEmissionsFactorsoTable1forregionalfactors(February2023report)AustralianNationalGreenhouseAccountsFactors(dcceew.gov.au)•ClimateTransparency(2022)–Countryprofiles,page9-https://www.climate-transparency.org/g20-climate-performance/g20report2022#1531904804037-423d5c88-a7a7•Defra/BEIS2022EmissionsFactors(June2022)-https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2022•DubaiElectricity&WaterAuthority(DEWA)(2021)-https://www.dewa.gov.ae/~/media/Files/Customer/SustainabilityReports/DEWASustainabilityReport2021.ashx•HongKongoPowergenerationismanagedbytwomajorcompanies:HongKongElectricCompany(suppliesHKIslandandLammaIsland)andCLPPowerHongKongLtd(suppliesKowloon,NewTerritoriesandoutlyingislandsexceptLammaIsland).https://en.wikipedia.org/wiki/Electricity_sector_in_Hong_KongoHKElectric▪2021SustainabilityReport,page17https://www.hkelectric.com/en/CorporateSocialResponsibility/CorporateSocialResponsibility_CDD/Documents/SR2021E.pdfoCLPPowerHongKong2022GridElectricityEmissionsFactorsv0.1–February2023www.carbonfootprint.com11▪2021annualreport,page78https://www.clpgroup.com/content/dam/clp-group/channels/sustainability/document/sustainability-report/2021/CLP_Sustainability_Report_2021_en.pdf.coredownload.pdf•NewZealandGovernmentMinistryfortheEnvironmento2020factors(publishedAug2022)–https://environment.govt.nz/assets/publications/Measuring-emissions-guidance-August-2022/Summary-PDF-Measuring-emissions-guidance-August-2022.pdf•Singapore-EnergyMarketAuthority(EMA)ohttps://www.ema.gov.sg/statistic.aspx?sta_sid=20140729MPY03nTHx2a1oPDFavailablefordownloadattheaboveURL•ThaiGovernmentMinistryofEnergy–EnergyPolicyandPlanningOffice(EPPO)oCO2Statistic(eppo.go.th)oTable9.1-15:CO2EmissionperkWh•UnitedNationsFrameworkConventiononClimateChange(UNFCCC)ohttps://unfccc.int/ghg-inventories-annex-i-parties/2021oCanada–download‘NIR’(nationalinventoryreport)(Published:15Apr2021).Page60onwardson‘Part3’document.•UnitedStatesEPAeGridDatabaseo2020factors(Published:Jan2022)▪https://www.epa.gov/egrid/historical-egrid-data▪EFsconvertedfromlbs/MWhtokg/kWhandcalculatedT&Dfactors

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