Electricity generation — all countries

Electricity generation — Lithuania

Electricity generation in Lithuania in 2025 — 8.88 TWh. Ranked 80 in the world out of 91. Since 2000, the indicator has fallen by 20.2%.

2025 8.88 TWh +20.16% vs 2024
World rank 80of 91
Period maximum 18.82 TWh2003
Period minimum 2.92 TWh2018

Trend over time

2000–2025 · terawatt-hours

Electricity generation — Lithuania, 2000–2025051015202000200320062009201220152018202120242000: 11.13 TWh2001: 14.36 TWh2002: 17.29 TWh2003: 18.82 TWh2004: 18.75 TWh2005: 14.42 TWh2006: 12.07 TWh2007: 13.46 TWh2008: 13.33 TWh2009: 14.64 TWh2010: 5 TWh2011: 4.25 TWh2012: 4.5 TWh2013: 4.19 TWh2014: 3.69 TWh2015: 4.23 TWh2016: 3.63 TWh2017: 3.56 TWh2018: 2.92 TWh2019: 3.34 TWh2020: 4.7 TWh2021: 4.3 TWh2022: 4.04 TWh2023: 5.3 TWh2024: 7.39 TWh2025: 8.88 TWh
Change over the period: −2.25 (−20.22%) Average annual rate: -0.9 %

Comparison, 2025

How the value compares with the world and the groups this territory belongs to: Lithuania

Lithuania 8.88 TWh
Europe & Central Asia computed 5,271.32 TWh
Northern Europe computed 792.61 TWh
Electricity generation — Lithuania, by year Lithuania All countries CSV XLSX
Year TWh Change Change, %
2025 8.88 +1.49 +20.16%
2024 7.39 +2.09 +39.43%
2023 5.3 +1.26 +31.19%
2022 4.04 −0.26 −6.05%
2021 4.3 −0.4 −8.51%
2020 4.7 +1.36 +40.72%
2019 3.34 +0.42 +14.38%
2018 2.92 −0.64 −17.98%
2017 3.56 −0.07 −1.93%
2016 3.63 −0.6 −14.18%
2015 4.23 +0.54 +14.63%
2014 3.69 −0.5 −11.93%
2013 4.19 −0.31 −6.89%
2012 4.5 +0.25 +5.88%
2011 4.25 −0.75 −15%
2010 5 −9.64 −65.85%
2009 14.64 +1.31 +9.83%
2008 13.33 −0.13 −0.97%
2007 13.46 +1.39 +11.52%
2006 12.07 −2.35 −16.3%
2005 14.42 −4.33 −23.09%
2004 18.75 −0.07 −0.37%
2003 18.82 +1.53 +8.85%
2002 17.29 +2.93 +20.4%
2001 14.36 +3.23 +29.02%
2000 11.13

Northern Europe, 2025

The same indicator for neighboring countries — with links to their pages

About the indicator

Gross electricity generation from all sources over the year, in terawatt-hours. One terawatt-hour is a billion kilowatt-hours, roughly the annual consumption of three hundred thousand European households. The indicator answers the question of scale, while the shares of sources answer the question of composition, and the two should not be confused: France has a higher nuclear share than the United States, yet generates half as much electricity at nuclear plants. This is the series that serves as the weight when world and regional source shares are computed: percentages cannot be added up without it.

Important: Gross generation, before deducting the plants' own use and network losses; demand is therefore lower than generation by the amount of the losses, with an adjustment for imports. The series starts in 2000.

Source: Yearly Electricity Data (Ember), license CC BY 4.0.