Russia

CHP-17— 192 MW Coal

Coal

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CHP-17, located in Russia, ranks 280th among the 652 power generation facilities in the country, with a coal-fired capacity of 192 MW. This facility is particularly notable as the 75th largest coal plant out of 112 in Russia, highlighting its status in a landscape dominated by gas power generation. Commissioned in 1950, CHP-17 has been a reliable source of energy for over seven decades, making it an integral part of the local energy infrastructure. Situated in close proximity to the Kashirskaya GRES, which boasts a significant capacity of 1910 MW, CHP-17 is part of a wider energy cluster that facilitates the sharing of resources and stability in the local grid. The dominance of coal in this area, despite the prevalence of gas in Russia's energy profile, underscores the continued reliance on this fuel type for electricity generation. The national energy landscape features a total capacity of 315,886 MW, with gas dominating the mix, making CHP-17's 0.06% share of the national capacity a noteworthy contribution. The operational longevity of CHP-17 underlines the plant's importance in meeting the energy needs of the surrounding community and industries. Managed by PJSC "Mosenergo," this facility has adapted to changes in energy demand over the years, ensuring that it continues to provide essential power supplies. Its coal-based generation, while less favored in the context of global trends toward cleaner energy sources, remains crucial for energy stability in the region. As Russia navigates its energy future, the role of facilities like CHP-17 will be critical in balancing immediate energy requirements with the broader goals of reducing carbon emissions. While the trend is shifting toward more sustainable practices, the continued operation of coal plants like CHP-17 reflects the complexities of transitioning energy systems, particularly in regions where coal has been a traditional energy source. The future of CHP-17 may involve adaptations to enhance efficiency or integrate new technologies, ensuring that it can continue to serve its vital role in the energy landscape.