As of 2025, Germany's electricity consumption relies heavily on low-carbon energy sources, accounting for slightly more than half of total usage, demonstrating a significant shift towards cleaner energy. Wind energy takes the lead within this category, contributing almost 30% to the total electricity mix. Solar and hydropower follow suit, providing around 19% and 4%, respectively. Conversely, fossil energy still contributes a considerable portion, almost 40%, to electricity consumption in Germany, with coal and gas each making up about 20% and 16%, respectively. This indicates that while clean energy usage is substantial, there is room for improvement to reduce reliance on fossil fuels further and address their associated environmental impacts. Net imports play a minimal role, comprising less than 5% of electricity consumption.
Data sources used on this page include ENTSOE, Eurostat, IEA and World Bank. More about data sources →
Is Electricity Growing in Germany?
Examining the trajectory of electricity consumption in Germany reveals a concerning trend of decline. The current per capita electricity consumption stands at 5530 kWh, significantly lower than the peak in 2008, indicating a drop of over 2000 kWh per person. Similarly, low-carbon electricity generation has also seen a decrease since its 2019 highlight, now offering around 3048 kWh per capita, which is almost 800 kWh less than the previous record. This downturn underscores the importance of reversing course and expanding clean electricity generation to meet future demands and environmental goals.
Suggestions
To boost low-carbon electricity generation, Germany should focus on expanding its solar and wind capacities, leveraging its current strengths in these areas. Drawing lessons from other regions, Germany could also consider increasing its nuclear energy output, as observed in countries like France and Slovakia, where nuclear power constitutes a significant portion of their electricity generation mix. Denmark's leadership in wind energy, producing 60% of its electricity through this clean source, provides a valuable model for Germany to emulate. Moreover, Germany can benefit from studying solar successes in regions like Nevada and California, where these states have harnessed solar energy for over 30% of their electricity needs. By fostering solar, wind, and nuclear energy expansion, Germany can secure a cleaner and more sustainable electricity future.
History
Historically, Germany has experienced fluctuations in low-carbon electricity generation. The nuclear sector saw substantial growth during the late 1970s and throughout the 1980s, characterized by notable increments such as 34 TWh in 1985. However, this trajectory sharply reversed post-2007, with consistent annual declines peaking at a reduction of over 30 TWh in 2011. While wind energy witnessed substantial increases across certain years, notably in 2015 and 2017 with over 20 TWh each year, nuclear's decline remained a major setback in the broader clean energy landscape. The recent positive change in solar electricity, contributing over 15 TWh by 2025, gives a hopeful outlook. Yet, the critical analysis reminds us that a more aggressive investment in clean energy is vital to secure a resilient and sustainable electricity grid for Germany's future.
