Overview
Hebei Weichang Zhangjiawan Wind is an operational onshore wind farm in China with a capacity of 49 MW, contributing to the country's renewable energy expansion.
Hebei Weichang Zhangjiawan Wind is an operational onshore wind farm located in Hebei Province, China. With a capacity of 49 MW, it falls within the medium-scale range for wind farms in the region, supporting China's ambitious renewable energy targets. The facility operates under China's national renewable energy framework, which includes feed-in tariffs and renewable portfolio standards aimed at increasing wind and solar capacity. Onshore wind technology is well-established in China, with turbines typically ranging from 1.5 to 3 MW each, making this farm likely to have around 16-33 turbines. This wind farm contributes to reducing carbon emissions and improving local air quality by displacing coal-fired power. It also supports grid stability in Hebei Province, which is part of the North China Power Grid, and aligns with China's goal of reaching 1,200 GW of renewable capacity by 2030.
Environmental context
Onshore wind farms like Hebei Weichang Zhangjiawan Wind occupy land that may have previously been used for agriculture or grazing. While wind energy produces no emissions during operation, the turbines can impact local bird and bat populations, and the visual landscape is altered. In Hebei, which has significant wind resources, careful siting and environmental assessments are conducted to minimize ecological disruption.
Frequently asked questions
Hebei Weichang Zhangjiawan Wind is located in Hebei Province, China, near the coordinates 42.2553 N, 117.9314 E.
The wind farm has a capacity of 49 MW, making it a medium-scale onshore wind installation.
This wind farm supports China's target of 1,200 GW of renewable capacity by 2030, displacing fossil fuel generation and reducing carbon emissions.
China uses feed-in tariffs, renewable portfolio standards, and national five-year plans to promote wind energy, with provincial-level implementation.
Environmental assessments address bird and bat impacts, noise, and visual effects, with mitigation measures like turbine curtailment during migration.