In 2025, Germany's electricity consumption presents a significant focus on clean, low-carbon sources, which make up about 61% of the total electricity usage while fossil fuels contribute just over 36%. Among the low-carbon sources, wind power stands out, contributing nearly a third to the total electricity, suggesting strong utilization of this resource. Solar energy also plays a substantial role, making up more than 16% of the consumption. Hydropower and biofuels contribute smaller shares. On the fossil fuel side, coal remains a significant source, providing around 22%, while gas contributes about 13%. Net imports constitute 3% of the total, indicating a stable level of external energy reliance. These figures highlight the German commitment to reducing fossil fuel usage and increasing reliance on cleaner electricity sources.
Data sources used on this page include ENTSOE, Eurostat, IEA and World Bank. More about data sources →
Is Electricity Growing in Germany?
Despite this focus, Germany's overall electricity consumption is experiencing a downturn. The latest statistics show per capita consumption at 5319 kWh, a notable decrease of 2587 kWh from the peak in 2008. This decline indicates stagnation in electricity growth, which can be concerning when considering the increasing electricity needs due to global electrification trends. Even the low-carbon sector is facing challenges. Low-carbon electricity generation is currently at 3220 kWh per person, a decrease of 605 kWh from its record levels in 2019. This indicates disappointing trends in both overall and clean electricity growth, at odds with the need for more sustainable electricity in the future.
Suggestions
To reverse this trend and stimulate growth in low-carbon electricity generation, Germany can focus on expanding its existing wind and solar capabilities. Given wind energy's already substantial contribution, similar efforts could potentially see solar achieving similar results. Learning from successful regions can provide valuable insights. For instance, Denmark's impressive use of wind energy, producing 58% of its electricity, serves as a model for maximizing wind potential. Likewise, for nuclear energy, France's strategic use, in which nuclear accounts for 70% of its electricity, indicates the potential for clean, reliable electricity. Germany can certainly benefit from integrating these approaches, emphasizing not only increasing wind and solar capacities but also revisiting nuclear energy as a practical, clean electricity source to meet future needs.
History
Looking back at Germany's history of low-carbon electricity generation, it's evident that there have been significant fluctuations, particularly in nuclear power. During the late 1970s and 1980s, nuclear capacity in Germany witnessed considerable growth, with increases like 11.7 TWh in 1977 and 34.3 TWh in 1985. However, post-2000s trends show concerning declines, with figures like a decrease of 26.7 TWh in 2007 and even more pronounced drops in the 2010s, including a 32.6 TWh reduction in 2011 and a 32.7 TWh decrease in 2022. This decrease critically affects the transition to low-carbon solutions. On the other hand, wind energy saw considerable growth, especially in recent years, marked by significant increases including 25.8 TWh in 2017 and a notable jump of 17.4 TWh in 2023. While biofuels and other sources saw more modest contributions, the overall trend underscores a need to urgently expand on effective, low-carbon electricity production methods to address future electricity demands and reduce environmental impacts.
