Overview
Fuxin Kaidi Tailama Dongshan Wind is an operational onshore wind farm in China with a capacity of 49 MW, contributing to the country's renewable energy expansion.
Fuxin Kaidi Tailama Dongshan Wind is an onshore wind farm located in China, operating in the renewable energy sector. With a capacity of 49 MW, it falls into the medium-scale category for wind farms in the region. The facility is operational and plays a role in China's growing wind energy portfolio. The wind farm utilizes wind turbines to convert kinetic energy into electricity, feeding into the local grid. China has been a global leader in wind energy deployment, supported by national policies such as the Renewable Energy Law and feed-in tariffs. The 49 MW capacity indicates a modest-sized installation typical of provincial wind projects. Environmentally, the facility contributes to reducing carbon emissions by displacing fossil fuel-based power. Onshore wind farms like this one require careful siting to minimize visual and land-use impacts, as well as to avoid sensitive bird and bat habitats. The project supports China's renewable energy targets and grid decarbonization efforts.
Environmental context
The wind farm is located in a region with moderate wind resources suitable for onshore wind development. Environmental considerations for such projects include potential impacts on local bird and bat populations, as well as land use changes. Proper siting and mitigation measures help minimize these effects while providing clean energy benefits.
Frequently asked questions
Fuxin Kaidi Tailama Dongshan Wind is located in China, with coordinates approximately 42.08° N, 121.27° E.
The wind farm has a capacity of 49 megawatts (MW), making it a medium-scale onshore wind installation.
It generates electricity from wind power using onshore wind turbines.
China's Renewable Energy Law and feed-in tariffs have driven wind energy growth, with national targets for renewable capacity expansion.
Onshore wind farms can affect local wildlife, particularly birds and bats, and require land use changes. Proper siting and mitigation reduce these impacts while providing clean energy.