China

Datong power station— 3,990 MW Coal

Coal

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The Datong power station, located in China, is a significant coal-fired power generation facility with a capacity of 3990 MW. This power plant plays a pivotal role in the country's energy landscape, contributing substantially to the national electricity supply. Commissioned in 2001 and operated by Guodian Shanxi Branch Co Ltd, Datong underscores China's reliance on coal as a primary energy source, particularly in the context of rapid industrialisation and urbanisation. As one of the major coal power facilities in the Shanxi province, the plant is strategically positioned to leverage the abundant coal resources in the region. Situated at coordinates 40.0279, 113.2933, Datong serves not only the local area but also feeds into the broader grid, supporting energy needs across multiple provinces. The significance of this facility is magnified by its ability to provide reliable electricity to both residential and industrial consumers, fuelling economic growth and enhancing living standards in the region. The technology utilised at Datong involves advanced coal combustion techniques, which are designed to optimise efficiency and reduce emissions. The plant employs pulverised coal combustion technology, a common method that allows for effective energy conversion while maximising the output from the coal used. As such, Datong is a key player in the ongoing discussions about energy generation in China, particularly regarding the balance between coal reliance and environmental sustainability. While the Datong power station remains an essential contributor to China's energy infrastructure, it also faces challenges associated with the global shift towards cleaner energy sources. The facility exemplifies the complexities of transitioning to a more sustainable energy future while meeting the immediate energy demands of one of the world’s largest economies. As China continues to explore innovative solutions to reduce its carbon footprint, the Datong power station stands as a testament to the duality of energy production and the ongoing evolution of energy policies.