Overview
Asheville is a 1,131.1 MW gas power plant operated by Duke Energy Progress in North Carolina, United States. It provides reliable electricity generation for the region.
Asheville is a gas-fired power plant located in North Carolina, United States, with a capacity of 1,131.1 MW. It is owned and operated by Duke Energy Progress, a major utility in the region. The plant plays a key role in meeting the electricity demands of the surrounding area. The facility operates on natural gas, a fuel that produces lower CO2 emissions compared to coal. As a gas power plant, it likely uses combined-cycle technology, which improves efficiency. The plant is subject to U.S. EPA regulations under the Clean Air Act, including NAAQS and the Acid Rain Program, ensuring emissions are controlled. Asheville contributes to grid stability and supports the local economy by providing power to homes and businesses. Its capacity places it in the large-scale category for gas plants in the U.S., and it is part of Duke Energy's diverse generation portfolio.
Environmental context
The plant's gas fuel type results in lower CO2, SOx, and NOx emissions compared to coal-fired plants, but still contributes to greenhouse gas emissions. Its location in North Carolina may be near populated areas, requiring compliance with local air quality standards. The facility's age and technology (likely combined-cycle) influence its efficiency and environmental footprint.
Frequently asked questions
The Asheville gas power plant is located in North Carolina, United States, near the city of Asheville.
The Asheville power plant has a capacity of 1,131.1 MW, making it a large-scale gas-fired facility.
The Asheville gas power plant is owned and operated by Duke Energy Progress, a major utility in the southeastern United States.
Gas power plants in the U.S. are regulated under the Clean Air Act, including NAAQS, the Acid Rain Program, and CSAPR, which control emissions of SO2, NOx, and other pollutants.
Gas power plants produce lower CO2, SOx, and NOx emissions than coal plants, but still contribute to greenhouse gas emissions. Modern combined-cycle plants are more efficient and have a smaller environmental footprint.