Risk: Low Hydroelectric Power Plant Operational

Niululing Hydroelectric Power Plant | China Renewable Energy Facility

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Overview

Niululing is an operational hydroelectric power plant in China with a capacity of 80 MW. It contributes to the region's renewable energy generation.

Niululing is a hydroelectric power plant located in China, operating with a capacity of 80 MW. As a renewable energy facility, it plays a role in the country's power generation mix, supporting grid stability and clean energy goals. The plant operates under China's regulatory framework for hydropower, which includes environmental impact assessments and water resource management requirements. Hydroelectric plants like Niululing typically use run-of-river or reservoir-based technology, with efficiency influenced by water availability and seasonal variations. Niululing's generation capacity places it in the small-to-medium scale range for hydroelectric plants. Its output contributes to local energy supply and helps reduce reliance on fossil fuels, aligning with China's broader renewable energy targets.

Environmental context

Hydroelectric power generation has a low carbon footprint but can affect local aquatic ecosystems and water flow regimes. Niululing's location in a tropical region may involve seasonal rainfall patterns that influence generation. The plant's environmental impact is managed through regulatory compliance with water use and ecological protection standards.

Frequently asked questions

Niululing is located in China at coordinates 19.01° N, 110.20° E.

Niululing has an installed capacity of 80 megawatts (MW).

Niululing is a hydroelectric power plant, generating electricity from flowing water.

Hydroelectric plants in China must comply with the Water Law and Environmental Protection Law, including requirements for environmental impact assessments and water resource management.

As a renewable energy source, Niululing supports China's transition to a low-carbon energy system and helps meet national targets for non-fossil fuel power generation.
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