Net electricity imports — all countries

Net electricity imports — Latvia

Net electricity imports in Latvia in 2025 — 1.4 TWh. Ranked 33 in the world out of 91. Since 2000, the indicator has fallen by 21.8%.

2025 1.4 TWh +30.84% vs 2024
World rank 33of 91
Period maximum 3 TWh2007
Period minimum -0.06 TWh2017

Trend over time

2000–2025 · terawatt-hours

Net electricity imports — Latvia, 2000–2025-101232000200320062009201220152018202120242000: 1.79 TWh2001: 1.88 TWh2002: 2.35 TWh2003: 2.63 TWh2004: 2.1 TWh2005: 2.15 TWh2006: 2.51 TWh2007: 3 TWh2008: 2.52 TWh2009: 1.65 TWh2010: 0.87 TWh2011: 1.24 TWh2012: 1.69 TWh2013: 1.36 TWh2014: 2.32 TWh2015: 1.82 TWh2016: 1.03 TWh2017: -0.06 TWh2018: 0.91 TWh2019: 1.12 TWh2020: 1.63 TWh2021: 1.77 TWh2022: 2.31 TWh2023: 0.8 TWh2024: 1.07 TWh2025: 1.4 TWh
Change over the period: −0.39 (−21.79%) Average annual rate: -0.98 %

Comparison, 2025

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

Latvia 1.4 TWh
Europe & Central Asia computed -28.36 TWh
Northern Europe computed -0.78 TWh
Net electricity imports — Latvia, by year Latvia All countries CSV XLSX
Year TWh Change Change, %
2025 1.4 +0.33 +30.84%
2024 1.07 +0.27 +33.75%
2023 0.8 −1.51 −65.37%
2022 2.31 +0.54 +30.51%
2021 1.77 +0.14 +8.59%
2020 1.63 +0.51 +45.54%
2019 1.12 +0.21 +23.08%
2018 0.91 +0.97 +1,616.67%
2017 -0.06 −1.09 −105.83%
2016 1.03 −0.79 −43.41%
2015 1.82 −0.5 −21.55%
2014 2.32 +0.96 +70.59%
2013 1.36 −0.33 −19.53%
2012 1.69 +0.45 +36.29%
2011 1.24 +0.37 +42.53%
2010 0.87 −0.78 −47.27%
2009 1.65 −0.87 −34.52%
2008 2.52 −0.48 −16%
2007 3 +0.49 +19.52%
2006 2.51 +0.36 +16.74%
2005 2.15 +0.05 +2.38%
2004 2.1 −0.53 −20.15%
2003 2.63 +0.28 +11.91%
2002 2.35 +0.47 +25%
2001 1.88 +0.09 +5.03%
2000 1.79

About the indicator

Electricity imports minus exports over the year. The figure can be negative, and the sign is the main thing here: positive means that a country buys more than it sells, negative that it is a supplier for its neighbors. Electricity can only be traded over wires, so the trade is always regional: the large flows run inside Europe, between the United States and Canada, and from Paraguay to Brazil. For power systems with a large share of solar and wind, links with neighbors are a way to smooth out the variability of generation.

Important: Negative values belong to exporters. The sum over a group of countries gives its net position: trade inside the group cancels out, so the world total is close to zero — that is a property of the figure, not an error.

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