Sweden

Vargfors Hydroelectric Power Station— 134 MW Hydroelectric

HydroRenewableVerified: Feb 2026

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Ranked as the 63rd largest power generation facility in Sweden, Vargfors Hydroelectric Power Station holds a significant position within the country's energy landscape. This hydro facility, located in the picturesque region of Västernorrland, boasts a capacity of 134 MW, contributing to approximately 0.30% of Sweden's total energy output. Commissioned in 1961 and operated by Vattenfall, Vargfors plays a crucial role in harnessing the abundant water resources of the region, utilizing hydroelectric technology to convert kinetic energy into electrical power effectively. In the immediate vicinity, Vargfors is flanked by several notable hydro plants, including the Gallejaur station, which has a larger capacity of 220 MW, and the Gallejaur hydro facility, which, while not operational, emphasizes the region's potential for hydropower. This proximity to other hydroelectric plants highlights a concentrated energy cluster that underscores the importance of hydropower in Sweden's energy profile, where nuclear energy is the dominant source. Sweden's energy landscape is characterized by a total of 305 power plants with a cumulative capacity of 44,575 MW, predominantly fueled by nuclear power. Vargfors's contribution, though modest in percentage terms, is vital for local energy stability and sustainability. The hydroelectric sector in Sweden ranks high in terms of renewable energy sources, with Vargfors positioned as the 42nd hydro plant out of 216, reflecting its role in the country's commitment to clean energy. As the world shifts towards more sustainable energy practices, the significance of facilities like Vargfors cannot be overstated. They not only provide essential energy to the grid but also contribute to the reduction of carbon emissions, aligning with global environmental goals. Looking ahead, Vargfors will continue to be an integral part of Sweden's energy strategy, ensuring that the nation remains a leader in renewable energy utilization and sustainability.