Overview
Nizhne-Svirskaya HPP is a 99 MW hydroelectric power plant in Russia, operated by PJSC "TGC-1". It is located on the Svir River in Leningrad Oblast.
Nizhne-Svirskaya HPP is a hydroelectric power plant located on the Svir River in Leningrad Oblast, Russia. With a capacity of 99 MW, it is a medium-scale facility within the Russian hydropower sector. The plant is owned and operated by PJSC "TGC-1", a major energy company in the region. The plant utilizes run-of-river hydroelectric technology, typical for facilities in the region. It operates under Russian federal regulations for hydropower, including water use and environmental impact assessments. The plant's capacity places it in the medium range for Russian hydroelectric plants, which often exceed 1000 MW for large dams. Nizhne-Svirskaya HPP contributes to the regional power grid, providing renewable energy with low carbon emissions. Its operation supports local energy security and reduces reliance on fossil fuels. The plant's location on the Svir River also plays a role in water management and flood control in the area.
Environmental context
As a hydroelectric plant, Nizhne-Svirskaya HPP generates electricity with minimal direct CO2 emissions, but its operation can affect local aquatic ecosystems. The plant's run-of-river design reduces the ecological impact compared to large reservoir dams, but it still alters river flow and may affect fish migration. The facility is situated in a region with significant forest cover, and its construction required land use changes. Overall, the plant's environmental footprint is moderate, with benefits in renewable energy generation and trade-offs in local habitat alteration.
Frequently asked questions
Nizhne-Svirskaya HPP is located on the Svir River in Leningrad Oblast, Russia.
The plant has a capacity of 99 megawatts (MW), making it a medium-scale hydroelectric facility.
The plant is owned and operated by PJSC "TGC-1", a major Russian energy company.
Hydroelectric plants in Russia operate under federal laws on electric power industry and water use, including environmental impact assessments and water resource management regulations.
As a run-of-river hydro plant, it has lower ecological impact than large dams, but it still alters river flow and can affect aquatic habitats. It provides renewable energy with low carbon emissions.