Overview
JERA Higashiohgishima Thermal Power Station is an operational gas-fired power plant in Japan. It contributes to the country's energy mix with natural gas generation.
JERA Higashiohgishima Thermal Power Station is a gas-fired power plant located in the Thermal power plant area of Japan. As an operational facility, it plays a role in Japan's power generation sector, which relies heavily on natural gas for electricity production. The plant operates under Japan's regulatory framework, which includes emissions standards and energy policies aimed at balancing reliability and environmental performance. Gas-fired plants like this one typically use combined cycle technology for higher efficiency and lower emissions compared to older coal plants. This facility supports Japan's energy grid by providing flexible generation capacity. Its location near industrial and urban areas allows it to meet local electricity demand efficiently. The plant's operations align with Japan's efforts to transition to cleaner energy sources while maintaining grid stability.
Environmental context
Gas-fired power plants like JERA Higashiohgishima produce lower CO2 emissions per MWh compared to coal plants, but still contribute to greenhouse gas emissions. The plant's location in an industrial area may affect local air quality, though modern gas plants often employ emission control technologies. Japan's energy policy emphasizes reducing reliance on fossil fuels, but natural gas remains a key transition fuel.
Frequently asked questions
The plant is located in the Thermal power plant area of Japan, with coordinates approximately 35.4948 N, 139.7456 E.
It is a gas-fired thermal power station, using natural gas as its primary fuel for electricity generation.
Yes, the facility is currently operational and contributes to Japan's power grid.
Gas power plants in Japan must comply with national emissions standards under the Air Pollution Control Law and energy policies promoting efficiency and reduced carbon intensity.
As a gas-fired plant, it typically has lower emissions than coal plants and higher operational flexibility, supporting grid stability alongside renewable sources.