Sweden

Stalon— 130 MW Hydroelectric

HydroRenewable

→ More Hydroelectric plants in Sweden

CompareView on Map

Stalon, a notable hydroelectric power generation facility, ranks 66th among Sweden's power plants, showcasing a capacity of 130 MW. This positioning is particularly interesting as it reflects the plant's contribution to a nation where nuclear energy predominates. Stalon is the 44th largest hydro plant out of 216, indicating its role in harnessing water resources to produce clean energy. Representing approximately 0.29% of Sweden's total capacity of 44,575 MW, Stalon helps to stabilize the energy grid while contributing to the country’s sustainability efforts. Commissioned in 1961 and operated by Vattenfall, Stalon employs hydroelectric technology, which converts the kinetic energy of flowing water into electricity. This renewable energy source is renowned for its reliability and low environmental impact, making it a crucial component of Sweden’s energy mix. With the increasing focus on reducing carbon emissions, hydroelectric power is recognized as one of the cleanest forms of energy generation. In the surrounding area, Stalon is part of a notable energy cluster that includes several other renewable facilities. The Blaiken wind farm, with a capacity of 247.5 MW, stands out as a significant contributor to the local grid, while Umluspen and Stensele hydro plants offer additional support with capacities of 100 MW and 54 MW, respectively. This combination of wind and hydro sources creates a balanced energy portfolio in the region, enhancing reliability and providing a diverse mix that helps meet local demand. On a national scale, Sweden's energy profile is characterized by its extensive reliance on nuclear power, yet the growing emphasis on renewables, including hydroelectric power, is evident. Stalon’s contribution is vital not only for local energy security but also in furthering Sweden’s commitment to achieving sustainability and reducing reliance on fossil fuels. As the world moves towards more sustainable energy practices, Stalon's long-standing operations and its integration into the energy grid will likely continue to hold significance. By generating clean electricity while supporting local economies, Stalon exemplifies the potential for hydroelectric power to play a crucial role in both environmental preservation and energy generation.