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Electricity generation by type of power plant in Russia, 2020–2023

· snapshot · rows: 5 · periods: 5 · section: Russian Statistical Yearbook (2024)

Electricity generation in Russia from 2020 to 2023 is presented in billions of kilowatt-hours, categorized by power plant type. Each row represents a specific facility type, such as thermal or hydroelectric plants, enabling an assessment of individual technologies' contributions to the national energy system. The data is grouped by year to show generation trends over the four-year period across the entire Russian Federation

Chart of electricity generation by power plant type, 2020–2023, billions of kilowatt-hours

Electricity: 50.0% Electricity50.0% · 1,090 electricity — thermal: 30.1% electricity — thermal30.1% · 656.0 Electricity — nuclear: 9.91% Electricity — nuclear9.91% · 216.0 electricity — hydroelectric power plants: 9.82% electricity — hydroelectric power plants9.82% · 214.0 2,180
how it will look

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Set in numbers

The table is a snapshot — 5 series shown across 5 breakdowns. 20 values in total.

“Electricity” leads the table with 1,181, “electricity — from renewable energy sources” closes it with 7.9. The gap between them is 149-fold.

All table numbers are series: 5

How to read this table

The row breakdown allows for comparison of generation volumes between thermal and hydroelectric plants, as well as against total electricity generation. Annual values show how each category's indicators changed both individually and in aggregate. This structure facilitates analysis of changes in the energy balance and the performance of different power plant types over the specified period

What is visible in these numbers

Only 80% of the cells carry a value — empty cells are missing in the source publication and are not filled in here.

More in the section Russian Statistical Yearbook»

Period and application

Statistical data for 2020–2023 is intended for energy industry specialists, economists, and market researchers. Published by Rosstat as part of the Russian Statistical Yearbook, this information serves as a basis for studying the country's generation structure. The data for this four-year period facilitates tracking electricity generation volumes on a national scale, without regional breakdown