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Electricity generation sources
Lithuania — 4 years of data
Historical Values
| Year | Value |
|---|---|
| 2022 | fossil fuels: 38% of total installed capacity (2020 est.) nuclear: 0% of total installed capacity (2020 est.) solar: 3% of total installed capacity (2020 est.) wind: 35.5% of total installed capacity (2020 est.) hydroelectricity: 6.9% of total installed capacity (2020 est.) tide and wave: 0% of total installed capacity (2020 est.) geothermal: 0% of total installed capacity (2020 est.) biomass and waste: 16.7% of total installed capacity (2020 est.) |
| 2023 | fossil fuels: 38% of total installed capacity (2020 est.) nuclear: 0% of total installed capacity (2020 est.) solar: 3% of total installed capacity (2020 est.) wind: 35.5% of total installed capacity (2020 est.) hydroelectricity: 6.9% of total installed capacity (2020 est.) tide and wave: 0% of total installed capacity (2020 est.) geothermal: 0% of total installed capacity (2020 est.) biomass and waste: 16.7% of total installed capacity (2020 est.) |
| 2024 | fossil fuels: 28.1% of total installed capacity (2022 est.) solar: 4.7% of total installed capacity (2022 est.) wind: 42.8% of total installed capacity (2022 est.) hydroelectricity: 6.6% of total installed capacity (2022 est.) biomass and waste: 17.8% of total installed capacity (2022 est.) |
| 2025 | fossil fuels: 16.3% of total installed capacity (2023 est.) solar: 14.1% of total installed capacity (2023 est.) wind: 51% of total installed capacity (2023 est.) hydroelectricity: 4.8% of total installed capacity (2023 est.) biomass and waste: 13.8% of total installed capacity (2023 est.) |