United Arab Emirates

Africa

Albania

Armenia

Angola

Argentina

Austria

Australia

Australian Capital Territory, AU

Melbourne, VIC, AU

New South Wales, AU

Northern Territory, AU

Queensland, AU

South Australia, AU

Sydney, NSW, AU

Tasmania, AU

Victoria, AU

Western Australia, AU

Azerbaijan

Bosnia and Herzegovina

Bangladesh

Belgium

Saint-Ghislain, WHT, BE

Bulgaria

Bahrain

Benin

Saint Barthélemy

Brunei Darussalam

Bolivia, Plurinational State of

Brazil

São Paulo, SP, BR

Botswana

Belarus

Canada

Alberta, CA

British Columbia, CA

Manitoba, CA

Montreal, QC, CA

New Brunswick, CA

Newfoundland and Labrador, CA

Nova Scotia, CA

Northwest Territories, CA

Nunavut, CA

Ontario, CA

Prince Edward Island, CA

Quebec, CA

Saskatchewan, CA

Yukon, CA

Congo, The Democratic Republic of the

Congo

Switzerland

Zurich, ZH, CH

Côte d'Ivoire

Chile

Cameroon

China

Central China grid, CN

East China grid, CN

Hainan Sheng, CN

North China grid, CN

China Northeast grid, CN

China Northwest grid, CN

China Southern grid, CN

Colombia

Costa Rica

Cuba

Curaçao

Cyprus

Czech Republic

Germany

Frankfurt am Main, HE, DE

Denmark

Dominican Republic

Algeria

Ecuador

Estonia

Egypt

Eritrea

Spain

Ethiopia

European Union

Europe and Eurasia

Finland

Hamina (Fredrikshamn), 09, FI

France

Corse-du-Sud, FR

Gabon

United Kingdom

London, LND, GB

Georgia

French Guiana

Ghana

Gibraltar

Global

Guadeloupe

Equatorial Guinea

Greece

Guatemala

Guyana

Hong Kong

Electricity supplied from grid

Burkina Faso

Greenland

Honduras

Croatia

Haiti

Hungary

Indonesia

Ireland

Israel

India

Iraq

Iran, Islamic Republic of

Iceland

Italy

Jamaica

Jordan

Japan

Kenya

Kyrgyzstan

Cambodia

Korea, Democratic People's Republic of

Korea, Republic of

Kuwait

Kazakhstan

Lao People's Democratic Republic

Lebanon

Sri Lanka

Lithuania

Luxembourg

Latvia

Libya

Morocco

Moldova, Republic of

Montenegro

Madagascar

Middle East

Macedonia, The former Yugoslav Republic of

Mali

Myanmar

Mongolia

Mauritania

Malta

Brazil, Mid-western grid, BR

Brazil, Northern grid, BR

Brazil, North-eastern grid, BR

Brazil, Southern grid, BR

Brazil, South-eastern grid, BR

Brazil, South-eastern/Mid-western grid, BR

China, Central Grid, CN

China, East Grid, CN

China, North Grid, CN

China, Northeast Grid, CN

China, Northwest Grid, CN

State Grid Corporation of China, CN

China, Southwest Grid, CN

India, Eastern grid, IN

India, Northern grid, IN

India, North-eastern grid, IN

India, Southern grid, IN

India, Western grid, IN

Electricity - high voltage (market for electricity - high voltage)

Electricity - low voltage (market for electricity - low voltage)

Emission intensity of fuel mix on average in GB. Published by ElectricityInfo.org and retrieved from the table Fuel Mix of UK Domestic Electricity Suppliers for the year 2021. NOTE: this value is provided in CO2 only and does not include the impact of other GHGs.

Electricity supplied from grid - UK average

Emission intensity of fuel mix on average in GB. Published by ElectricityInfo.org and retrieved from the table Fuel Mix of UK Domestic Electricity Suppliers for the year 2022. NOTE: this value is provided in CO2 only and does not include the impact of other GHGs.

Emission intensity of fuel mix on average in GB. Published by ElectricityInfo.org and retrieved from the table Fuel Mix of UK Domestic Electricity Suppliers for the year 2023. NOTE: this value is provided in CO2 only and does not include the impact of other GHGs.

Emission intensity of electricity generated in the United Arab Emirates. Published by Dubai Electricity & Water Authority 2020.

Fuel-cycle emissions intensity associated with the electricity generation in United Arab Emirates. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition).

Emission intensity of WTT electricity generation Africa (average). Well-to-Tank (WTT) conversion factors for UK and overseas electricity should be used to report the Scope 3 emissions of extraction and refining and transportation of primary fuels before their use in the generation of electricity. It should be noted that electricity generation and transmission and distribution losses have separate WTT emissions assigned to them. Retrieved from the Conversion Factors 2021: flat file published by the UK BEIS/Defra at the source URL.

Fuel-cycle emissions intensity associated with the electricity generation in Albania. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition).

Fuel-cycle emissions intensity associated with the electricity generation in Albania. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition). NOTE: The emission factor is based on provisional WTT electricity generation data.

Fuel-cycle emissions intensity associated with the electricity generation in Armenia. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition).

Fuel-cycle emissions intensity associated with the electricity generation in Angola. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition).

Fuel-cycle emissions intensity associated with the electricity generation in Argentina. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition).

Fuel-cycle emissions intensity associated with the electricity generation in Argentina. The factors are computed using the life cycle emissions intensity corresponding to fossil fuels uranium and biofuels fuel-cycles weighted by the respective shares of all fuels/technologies in the generation mix. The non-fuel cycle life cycle emissions and the direct emissions from combustion of the fuels at the generation point are excluded. Published by the International Energy Agency (IEA). Retrieved from the IEA Life Cycle Upstream Emission Factors 2023 (Pilot Edition). NOTE: The emission factor is based on provisional WTT electricity generation data.

Emission intensity of WTT electricity generation Austria. Well-to-Tank (WTT) conversion factors for UK and overseas electricity should be used to report the Scope 3 emissions of extraction and refining and transportation of primary fuels before their use in the generation of electricity. It should be noted that electricity generation and transmission and distribution losses have separate WTT emissions assigned to them. Retrieved from the Conversion Factors 2021: flat file published by the UK BEIS/Defra at the source URL.

Emissions intensity of electricity generation within the reporting country. It is calculated by dividing emissions from electricity generation reported by each country by total electricity generation. It does not account for imports and exports and is not a grid-mix factor.

Property	Value
Name	Electricity supplied from grid And 4 Other Names Electricity supplied from grid Electricity supplied from grid - UK average Electricity supplied from grid plus T&D losses Electricity supplied from power plant mix
Sector	Energy
Category	Electricity
Source	ADEME, BEIS, CLP Group, CT, DEWA, DISER, EEA, Electricity Info, EPA, EPPO, GEMIS, GHG Protocol, Google, Government of Canada, HKEI, IEA, MfE, UBA
Region	United Arab Emirates (AE), Africa (AFRICA), Albania (AL), Armenia (AM), Angola (AO), Argentina (AR), Austria (AT), Australia (AU), Australian Capital Territory, AU (AU-ACT), Melbourne, VIC, AU (AU-MEL) View all 297 regions
Unit Type	Energy
Year	1990 to 2023
LCA Activity	electricity_generation, electricity_generation-transmission_and_distribution, fuel_upstream-plant_amortization-fuel_combustion-fugitive_emissions, fuel_upstream-plant_amortization-fuel_combustion-transport_and_delivery, upstream, upstream-electricity_generation, upstream-electricity_generation-transmission_and_distribution, upstream-fuel_combustion-fugitive_emissions, upstream-use_phase-transport, upstream-use_phase-transport-transmission_and_distribution, well_to_tank

Electricity supplied from grid

Activity summary

API Reference

Automate emission calculations with Climatiq

Related factors

Electricity Emission Factors

Electricity supplied from grid

Electricity - high voltage (market for electricity - high voltage)

Electricity - low voltage (market for electricity - low voltage)

Emission Factor Name	Region	Source	Year	Unit
Electricity supplied from grid - UK average	United Kingdom	Electricity Info	2020	Energy
Electricity supplied from grid - UK average	United Kingdom	Electricity Info	2021	Energy
Electricity supplied from grid - UK average	United Kingdom	Electricity Info	2022	Energy
Electricity supplied from grid	United Arab Emirates	DEWA	2020	Energy
Electricity supplied from grid	United Arab Emirates	IEA	2021	Energy
Electricity supplied from grid	Africa	BEIS	2021	Energy
Electricity supplied from grid	Albania	IEA	2021	Energy
Electricity supplied from grid	Albania	IEA	2022	Energy
Electricity supplied from grid	Armenia	IEA	2021	Energy
Electricity supplied from grid	Angola	IEA	2021	Energy
Electricity supplied from grid	Argentina	IEA	2021	Energy
Electricity supplied from grid	Argentina	IEA	2022	Energy
Electricity supplied from grid	Austria	BEIS	2021	Energy
Electricity supplied from grid	Austria	EEA	1990	Energy
Electricity supplied from grid	Austria	EEA	1991	Energy
Electricity supplied from grid	Austria	EEA	1992	Energy
Electricity supplied from grid	Austria	EEA	1993	Energy
Electricity supplied from grid	Austria	EEA	1994	Energy
Electricity supplied from grid	Austria	EEA	1995	Energy
Electricity supplied from grid	Austria	EEA	1996	Energy