As of 2026, the landscape of electricity consumption in the EU is quite promising in terms of its shift toward low-carbon sources. More than half of the electricity is produced from low-carbon sources, with nuclear energy contributing nearly a quarter. Wind power is responsible for roughly 18% of the electricity produced, and solar comes in at about 13%, with hydropower close behind. Together, these clean sources account for a robust 71.84%. On the fossil side, gas makes up about 17%, followed by coal at approximately 9% and oil at only about 1%. This substantial reliance on low-carbon energy reflects the EU's commendable efforts to mitigate climate change and reduce air pollution by discouraging fossil fuel usage.
Is Electricity Growing in EU?
While the EU has made strides in increasing the percentage of its electricity from low-carbon sources, overall electricity consumption per person has decreased since its 2008 peak. The previous high of 6868 kWh per person has dropped to 5968 kWh per person, indicating a significant reduction of 899 kWh per person. Despite this decline in total consumption, a positive note is the slight increase in low-carbon electricity generation, which recently hit 4288 kWh per person, up by 51 kWh from its 2025 levels. Although the total electricity usage per person shows a downward trend, the growth in low-carbon generation per person is a bright spot as the EU continues its transition toward cleaner electricity.
Suggestions
To further bolster low-carbon electricity generation, the EU should continue to expand its existing nuclear, wind, and solar power capacities, which already contribute significantly. It can draw lessons from nuclear powerhouses like France and Slovakia, where nuclear accounts for a substantial 67% and 65% of electricity generation, respectively. On the wind front, Denmark and Iowa have excelled, with wind covering about 60% and 57% of their electricity needs. For solar, regions like Nevada, which generates 34% of its electricity through solar, can serve as an inspiration. The EU can benefit by further investing in and adopting these proven models to ensure its electricity supply not only grows but does so sustainably and responsibly.
History
Historically, the low-carbon electricity story in the EU has had its ups and downs. In the 1980s, nuclear power saw significant growth with notable increments in several years, contributing notably to the clean energy mix. While there were some declines in nuclear generation in the early 21st century, such as in 2009 and 2020, the technology has seen a resurgence such as in 2021. The years following 2020 have been notable for substantial advances in wind and solar energy, with 2023 and 2024 marking especially strong years for these clean sources. However, the EU must remain vigilant to mitigate such setbacks and continue prioritizing nuclear and solar expansions to sustain long-term growth in clean electricity generation.
