Overview
Vyborgskaya CHPP-17 is a 250.5 MW gas-fired power plant in Saint Petersburg, Russia, operated by PJSC TGC-1. It supplies electricity and heat to the local grid.
Vyborgskaya CHPP-17 is a combined heat and power plant located in Saint Petersburg, Russia, with a capacity of 250.5 MW. It is owned and operated by PJSC TGC-1, a major energy company in the region. The plant uses natural gas as its primary fuel, making it a relatively cleaner option within the Russian power generation sector. The plant operates under Russia's federal energy regulations, which include emission standards for SOx, NOx, and CO2. As a gas-fired CHP, it achieves higher efficiency through cogeneration, producing both electricity and heat for district heating. This technology is common in Russian cities, where combined heat and power plants play a key role in urban energy supply. Vyborgskaya CHPP-17 contributes to the stability of Saint Petersburg's energy grid, serving residential and industrial consumers. Its gas-fired operation results in lower emissions compared to coal plants, aligning with regional efforts to modernize power generation. The plant's capacity places it in the medium-scale range for Russian CHP plants.
Environmental context
The plant's gas-fired operation reduces its CO2, SOx, and NOx footprint compared to coal or oil plants. Located in Saint Petersburg, a densely populated city, its emissions are subject to local air quality regulations. The use of combined heat and power technology improves overall efficiency, lowering fuel consumption and environmental impact per unit of energy delivered.
Frequently asked questions
Vyborgskaya CHPP-17 is located in Saint Petersburg, Russia, at coordinates 59.9694 N, 30.3767 E.
Vyborgskaya CHPP-17 has a capacity of 250.5 MW, making it a medium-scale gas-fired combined heat and power plant.
Vyborgskaya CHPP-17 is owned and operated by PJSC TGC-1, a major Russian energy company.
Gas power plants in Russia must comply with federal emission standards for SOx, NOx, and CO2, as well as local air quality regulations. The use of combined heat and power technology helps improve efficiency and reduce emissions.
Combined heat and power (CHP) plants like Vyborgskaya CHPP-17 generate both electricity and heat for district heating, improving overall energy efficiency. They are common in Russian cities and contribute to reliable urban energy supply.