A comprehensive whitepaper about Electricity Maps’ data methodology and validation.
Mar 19, 2025

Julien Lavalley




Inside the whitepaper
Electricity Maps provides a range of data for electricity grids worldwide with high spatial and temporal granularity. Besides a high granularity, Electricity Maps leverages the flow-tracing method to account for electricity flows across power grids and provide data with the highest accuracy. In particular, Electricity Maps’ carbon intensity, renewable energy percentage, and carbon-free energy percentage data can be used to calculate location-based emissions for scope 2 reporting.
This whitepaper introduces Electricity Maps’ methodology for electricity mix data, carbon intensity, renewable energy percentage, and carbon-free energy percentage signals. It validates Electricity Maps data against alternative sources, including worldwide sources (Ember, IEA), and authoritative regional sources (Eurostat) to demonstrate the validity and accuracy of Electricity Maps' methodology and data.
Download the whitepaper to learn more about Electricity Maps' methodology.
Inside the whitepaper
Electricity Maps provides a range of data for electricity grids worldwide with high spatial and temporal granularity. Besides a high granularity, Electricity Maps leverages the flow-tracing method to account for electricity flows across power grids and provide data with the highest accuracy. In particular, Electricity Maps’ carbon intensity, renewable energy percentage, and carbon-free energy percentage data can be used to calculate location-based emissions for scope 2 reporting.
This whitepaper introduces Electricity Maps’ methodology for electricity mix data, carbon intensity, renewable energy percentage, and carbon-free energy percentage signals. It validates Electricity Maps data against alternative sources, including worldwide sources (Ember, IEA), and authoritative regional sources (Eurostat) to demonstrate the validity and accuracy of Electricity Maps' methodology and data.
Download the whitepaper to learn more about Electricity Maps' methodology.
Inside the whitepaper
Electricity Maps provides a range of data for electricity grids worldwide with high spatial and temporal granularity. Besides a high granularity, Electricity Maps leverages the flow-tracing method to account for electricity flows across power grids and provide data with the highest accuracy. In particular, Electricity Maps’ carbon intensity, renewable energy percentage, and carbon-free energy percentage data can be used to calculate location-based emissions for scope 2 reporting.
This whitepaper introduces Electricity Maps’ methodology for electricity mix data, carbon intensity, renewable energy percentage, and carbon-free energy percentage signals. It validates Electricity Maps data against alternative sources, including worldwide sources (Ember, IEA), and authoritative regional sources (Eurostat) to demonstrate the validity and accuracy of Electricity Maps' methodology and data.
Download the whitepaper to learn more about Electricity Maps' methodology.
Inside the whitepaper
Electricity Maps provides a range of data for electricity grids worldwide with high spatial and temporal granularity. Besides a high granularity, Electricity Maps leverages the flow-tracing method to account for electricity flows across power grids and provide data with the highest accuracy. In particular, Electricity Maps’ carbon intensity, renewable energy percentage, and carbon-free energy percentage data can be used to calculate location-based emissions for scope 2 reporting.
This whitepaper introduces Electricity Maps’ methodology for electricity mix data, carbon intensity, renewable energy percentage, and carbon-free energy percentage signals. It validates Electricity Maps data against alternative sources, including worldwide sources (Ember, IEA), and authoritative regional sources (Eurostat) to demonstrate the validity and accuracy of Electricity Maps' methodology and data.
Download the whitepaper to learn more about Electricity Maps' methodology.
White paper
Methodology for the electricity mix and derived signals
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Download
White paper
Methodology for the electricity mix and derived signals
Download the publication to read the full content
Download
White paper
Methodology for the electricity mix and derived signals
Download the publication to read the full content
Download
White paper
Methodology for the electricity mix and derived signals
Download the publication to read the full content
Download