Hydroelectric Power Plant Operational

Nizhegorodskaya HPP - 520 MW Hydroelectric Power Plant in Russia

Russia
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Overview

Nizhegorodskaya HPP is a 520 MW hydroelectric power plant in Russia, operated by PJSC RusHydro. It generates renewable energy from hydropower.

Nizhegorodskaya HPP is a hydroelectric power plant located in Russia, with a capacity of 520 MW. It is owned and operated by PJSC RusHydro, a major Russian hydroelectric company. The plant is operational and contributes to the country's renewable energy mix. As a hydroelectric facility, Nizhegorodskaya HPP uses water flow to generate electricity without direct fuel combustion, resulting in low carbon emissions. The plant's capacity places it in the medium-to-large scale for hydroelectric plants in Russia. It operates under Russian energy regulations and environmental standards. The plant plays a significant role in the regional power grid, providing clean energy and supporting grid stability. Its operation aligns with Russia's goals for increasing renewable energy capacity and reducing greenhouse gas emissions.

Environmental context

Hydroelectric power generation like Nizhegorodskaya HPP has a low carbon footprint but can affect local aquatic ecosystems and water flow. The plant's location on a river may influence sediment transport and fish migration. Hydroelectric plants generally have minimal air emissions.

Frequently asked questions

Nizhegorodskaya HPP is located in Russia, with coordinates 56.6506° N, 43.3756° E.

Nizhegorodskaya HPP has a capacity of 520 megawatts (MW), making it a medium-to-large hydroelectric plant.

Nizhegorodskaya HPP is owned and operated by PJSC RusHydro, a leading Russian hydroelectric power company.

Hydroelectric plants in Russia must comply with federal environmental laws, including water use permits and ecological impact assessments. They are subject to oversight by the Federal Service for Supervision of Natural Resources.

Hydroelectric power is renewable and low in carbon emissions, but it can alter river ecosystems, affect fish migration, and change sediment flow. Proper management and mitigation measures are required to minimize ecological impacts.
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