Central de ciclo combinado Yulchon es una planta de energía 1,390 MW gas ubicada en Corea del Sur. Ver ubicación, capacidad y detalles técnicos.
Instalada
Año de conexión
Operador
Coordenadas
Análisis
Ubicación
Detalles Técnicos
- Tipo de Combustible
- Gas Natural
- Capacidad
- 1,390 MW
- Comisionado
- 2011
- Status
- Operational
- Propietario
- CGN
- País
- South Korea
- Coordenadas
- 34.912, 127.594
Huella de Carbono
toneladas / año
durante ~30 años
Est. gCO2/kWh
Emisiones anuales equivalentes a
Estimación orientativa basada en factores estándar de emisión del ciclo de vida y de capacidad — no es un valor medido. Abrir calculadora
Plantas Cercanas
Hanbit Nuclear Power Plant
Corea del Sur · Nuclear
Central Nuclear de Hanbit
Corea del Sur · Nuclear
Hanbit
Corea del Sur · Nuclear
Boryeong Thermal Power Station
Corea del Sur · Carbón
Central eléctrica de Boryeong
Corea del Sur · Carbón
Hadong Thermal Power Station
Corea del Sur · Carbón
About this plant
The Yulchon Power Plant, also referred to as 율촌복합화력발전소, is a pivotal facility in South Korea’s energy sector, showcasing the country’s commitment to modern energy generation. This gas-fired power generation plant has a significant capacity of 1389.7 MW, making it a crucial part of the national grid. Operated by CGN, the Yulchon Power Plant employs state-of-the-art gas turbine technology, recognized for its efficiency and lower emissions compared to coal-based power plants. Its strategic location at coordinates 34.9123 latitude and 127.5939 longitude enhances its importance in ensuring a reliable energy supply for the region. As South Korea continues to evolve its energy policies toward cleaner alternatives, the Yulchon Power Plant plays an integral role in this transition by utilizing natural gas, which serves as a cleaner alternative to more traditional fossil fuels. The facility not only supports the immediate energy needs of the area but also contributes to the national goal of reducing reliance on coal and improving air quality. The Yulchon Power Plant’s substantial capacity is essential for maintaining grid stability, particularly during periods of high energy demand. Moreover, it aligns with South Korea’s broader strategy to increase the share of renewable energy and reduce greenhouse gas emissions. As the country aims for a sustainable energy future, the role of power plants like Yulchon becomes increasingly significant, providing a balance of reliability and environmental responsibility in the energy generation landscape.
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