China

Hailar Coal— 400 MW Coal

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Hailar Coal power plant, located in Inner Mongolia, China, plays a crucial role in the region's energy generation landscape. With a substantial capacity of 400 MW, this coal-fired facility is operated by the China Huaneng Group Corporation (CHNG) and has been contributing to the national grid since its commissioning in 2009. Hailar Coal utilizes conventional coal combustion technology, which involves burning coal to generate steam that drives turbines, effectively translating fossil fuel energy into electrical power. This technology is common in coal plants and is well-known for its reliability in meeting base load energy demand. Geographically, Hailar Coal is situated at coordinates 49.2374° N, 119.7403° E, in a region characterized by its significant coal reserves. The plant is strategically positioned to support the local grid, which is integral to the energy supply across Inner Mongolia. As one of the primary power generation facilities in the area, Hailar Coal helps to balance the energy requirements of both urban and rural populations. In the context of China's energy policy, the plant operates amid ongoing transitions toward cleaner energy sources; however, coal remains a dominant fuel type in the country's energy mix, particularly in regions with abundant coal resources. The operational significance of Hailar Coal extends beyond mere electricity production. It underscores the dependency of many regions in China on coal-fired power, especially in areas where renewable energy infrastructure is still developing. As the country grapples with environmental concerns and aims to reduce carbon emissions, plants like Hailar Coal are under scrutiny yet remain essential in the short to medium term for ensuring energy security. The facility's consistent output of 400 MW not only supports local economic activities but also contributes to the overall stability of the national grid, which is critical for China's industrial and population growth.