Ulan-Ude CHP-1 — 149 MW Coal

Ranking as the 312th largest power generation facility out of 652 in Russia, Ulan-Ude CHP-1 plays a modest yet significant role in the country’s energy landscape, contributing approximately 0.05% to the national capacity. With a coal-fired capacity of 148.77 MW, this facility is positioned as the 82nd largest coal plant in Russia, highlighting the ongoing reliance on fossil fuels in a nation where gas remains the dominant energy source. Commissioned in 1936, Ulan-Ude CHP-1 has been operational for decades, showcasing the longevity and stability of coal as an energy source in the region. The plant utilizes traditional coal combustion technology, converting thermal energy into electricity, which feeds into the local grid. Situated in a notably isolated location, Ulan-Ude CHP-1 has no nearby power plants within a 50 km radius, making it a critical energy provider for the surrounding areas. This isolation underscores its importance in regional energy security, as it stands as the sole source of power generation in the vicinity. Despite its humble capacity in comparison to larger Russian facilities, the plant plays a role in supporting the local community’s energy needs. Nationally, Russia operates a total of 652 plants with a combined capacity of 315,886 MW, where gas constitutes the primary fuel, accounting for a significant majority of the energy mix. The reliance on coal is gradually diminishing in favor of more sustainable sources, yet Ulan-Ude CHP-1 remains a vital cog in the machinery of energy production. Operated by PJSC ‘TGC-14’, the facility has endured the test of time, with its operational history reflecting the evolution of energy policies in Russia. As the country navigates toward greener energy solutions, Ulan-Ude CHP-1 represents a transitional stage, highlighting the challenges of balancing energy demand with environmental considerations. Its continued operation will be crucial as Russia seeks to integrate renewable resources and reduce carbon emissions while maintaining energy reliability for its population.