In 2025, the state of electricity consumption in Poland presents a situation where fossil fuels still dominate, comprising about two-thirds of the total electricity generation, with coal alone accounting for over half. On the brighter side, low-carbon energy sources make up almost a third of the country's electricity. Wind and solar are notable contributors within the low-carbon category, each contributing just over 12% and 14% respectively. Biofuels and hydropower have smaller roles, with biofuels at about 4.5% and hydropower contributing close to 1.5%. This indicates that while Poland harnesses a substantial quantity of clean electricity, there remains significant reliance on polluting fossil fuels, highlighting areas for potential improvement and expansion in their clean energy strategy.
Data sources used on this page include ENTSOE, Eurostat, IEA and World Bank. More about data sources →
Is Electricity Growing in Poland?
The data reveals a worrying trend that Poland has seen a decline in its overall electricity consumption per person. In 2025, the figure stood at 4185 kWh/person, which is about 411 kWh less than the record level of 4596 kWh/person reached in 2018. On a positive note, the generation of low-carbon electricity per person has been on the rise, with recent figures reaching 1382 kWh/person, an increase from the 1304 kWh/person recorded in 2024. Although there is growth in low-carbon generation, the overall decrease in electricity consumption could signal challenges in meeting the growing energy demands driven by modernization and technological advancements such as AI and electrification efforts. It's vital for Poland to not just expand its low-carbon avenues but also address the overall energy needs comprehensively.
Suggestions
To bolster low-carbon electricity generation, Poland can capitalize on the promising potential of its existing wind and solar sectors, which already contribute significantly. Additionally, Poland should consider the successful strategies of countries with high shares of nuclear and wind power. Denmark, for example, generates about 60% of its electricity from wind, offering inspiration for further developing this sector. Neighboring Slovakia, whose energy mix consists of about 66% nuclear, illustrates the viability of nuclear energy within geographic proximity to Poland. Combining the lessons from these regions with an emphasis on nuclear and solar expansion can position Poland to significantly cut its fossil fuel reliance, enhancing energy security and sustainability while combating the detrimental impacts of climate change.
History
Historically, Poland has seen various trends in low-carbon electricity generation. In the early 1990s, hydro contributed positively, but in subsequent decades, wind and solar have led the way in terms of growth. The early 2010s marked the beginning of wind energy expansion, with noticeable growth throughout the decade, though fluctuations like the decrease in 2018 highlight challenges faced by this sector. Solar energy, particularly, has seen rapid growth from 2021 onwards, with substantial increases each year up to 2025. These trends underscore an overall positive trajectory for Poland's clean electricity generation despite some setbacks. However, looking forward, further consistent investment and expansion in nuclear and solar are crucial to ensure robust and reliable growth in Poland's energy landscape.
