Denmark

Stigsnaesvaerket— 264 MW Coal

Coal

→ More Coal plants in Denmark

CompareView on Map

Ranked as the 11th largest power generation facility in Denmark, Stigsnaesvaerket holds a significant position within the country's energy landscape. With a capacity of 264 MW, this coal-fired plant contributes approximately 3.23% to Denmark's total capacity of 8,177 MW, where coal remains a dominant fuel source despite the growing shift towards renewable energy. Commissioned in 1970, Stigsnaesvaerket has been a cornerstone of energy production in the region, utilizing traditional coal technology to generate electricity. This facility is part of a broader framework of energy generation that includes various renewable sources, thereby creating a diverse energy portfolio for Denmark. Within a 50 km radius, notable plants include Lerchenborg, a solar facility with a capacity of 61 MW, and several wind energy plants such as Sprogo and Vindeby, which generate 21 MW and 5 MW respectively. Compared to these nearby facilities, Stigsnaesvaerket plays a crucial role in maintaining grid stability and ensuring energy security in a region that is progressively integrating more variable renewable energy sources. As one of only ten coal plants in Denmark, it highlights the ongoing reliance on fossil fuels even as the country pursues ambitious sustainability goals. The national energy profile indicates a strong presence of coal, with Stigsnaesvaerket contributing to this landscape. While the nation continues to transition towards more sustainable energy solutions, the facility remains a significant player in the current energy mix. Owned and operated by a consortium that has overseen its operation since its commissioning, Stigsnaesvaerket faces the challenge of adapting to a changing energy market, where the emphasis is increasingly placed on reducing carbon emissions. Looking forward, the plant's ability to coexist with renewable energy sources will be pivotal in achieving Denmark's climate ambitions, while also ensuring reliable electricity supply in the interim.