Hydroelectric Power Plant Operational

Trängslet Hydroelectric Power Plant, Sweden | 300 MW Facility Operated by Fortum

Sweden
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Overview

Trängslet is a 300 MW hydroelectric power plant in Sweden, operated by Fortum. It contributes to Sweden's renewable energy grid with reliable hydropower generation.

Trängslet is a hydroelectric power plant located in Sweden, with a capacity of 300 MW. Operated by Fortum, it is a key asset in the country's renewable energy portfolio, leveraging the natural water resources of the region. The plant utilizes hydroelectric technology, which is a well-established and efficient method of power generation in Sweden. The 300 MW capacity places it in the medium-to-large scale for hydroelectric facilities, supporting grid stability and renewable energy targets. As a hydroelectric facility, Trängslet produces electricity with minimal direct emissions, aligning with Sweden's strong environmental regulations and commitment to low-carbon energy. Its operation supports the local grid and contributes to the broader European energy transition.

Environmental context

Hydroelectric power generation like Trängslet has a low carbon footprint but can affect local aquatic ecosystems. The plant's location in Sweden's river systems requires careful management of water flow and fish migration. Sweden's strict environmental regulations ensure that such facilities operate with minimal ecological disruption.

Frequently asked questions

Trängslet is located in Sweden, with coordinates 61.381100 N, 13.731200 E.

Trängslet has a capacity of 300 megawatts (MW), making it a medium-to-large hydroelectric facility.

Trängslet is operated by Fortum, a leading energy company in the Nordic region.

Hydroelectric power in Sweden provides low-carbon electricity, supporting the country's goal of 100% renewable energy. It also offers grid stability and flood control benefits.

Hydroelectric plants in Sweden must comply with the Swedish Environmental Code and EU Water Framework Directive, ensuring sustainable water use and minimal ecological impact.
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