The EU Energy System with a Special Focus on Bioenergy.
Select a country and see how bioenergy contributes.
Last update: February 2026
Data from complete energy balances of Eurostat, February 2026 edition
Data from complete energy balances of Eurostat, February 2026 edition
This dynamic data dashboard provides a comprehensive overview of bioenergy in the EU and its member states. By leveraging data from Eurostat’s database the factsheet presents key metrics that help illustrate the role of bioenergy within the broader energy mix.
From energy production and consumption to bioenergy’s share in renewables and overall energy dependency, this tool offers valuable insights into how bio-based energy contributes to Europe’s energy landscape. With an emphasis on clarity and accessibility, the dashboard allows users to explore and compare country-specific trends, ensuring a deeper understanding of bioenergy’s impact across the EU.
Select your country
European Union
Key Indicators
Bioenergy Consumption
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ktoe
Gross Inland Consumption
Bioenergy Production
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ktoe
Primary Energy Production
Bioenergy share in Total Energy Mix
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%
Transport
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%
Electricity
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%
Heating
Bioenergy share of Renewables
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%
Bioenergy
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%
Other Renewables
Bioenergy share in Total Renewable Energy Mix
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%
Transport
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%
Electricity
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%
Heating
What Powers the Energy Mix?
Which fuels dominate the energy landscape? This radar chart gives you a quick snapshot of how different energy sources contribute to the overall mix.
How is energy used?
Ever wondered where our energy goes and what fuels power different sectors? This interactive sunburst chart lets you explore the breakdown of energy consumption across electricity, heating & cooling, and transport—and see exactly what fuels are behind them.
Click on the chart for more details.
Click on the chart for more details.
How Do We Heat Our Homes?
Heating is a major part of household energy use—but what fuels are keeping homes warm over time?
District heating is a key pillar of the energy system, supplying heat to households, industries, and public services across the economy.
Most bioenergy-based district heating is generated in high-efficiency combined heat and power (CHP) plants, using sustainable solid biomass to maximize energy efficiency and reduce emissions.
Most bioenergy-based district heating is generated in high-efficiency combined heat and power (CHP) plants, using sustainable solid biomass to maximize energy efficiency and reduce emissions.
How Dependent Are We on Imported Energy?
When it comes to energy, some fuels are sourced locally, while others rely heavily on imports. This dependency gauge shows how much of a specific fuel comes from abroad.
Pick a fuel from the dropdown menu and see where the needle lands! Explore the data and find out which fuels make us vulnerable to global markets—and which ones offer a more resilient future.