Rosemary Power Station — 180 MW Oil

The Rosemary Power Station, with a capacity of 180 MW, holds the 1498th rank among power generation facilities in the United States, and stands as the 43rd largest oil plant out of 879 in the country. Although it represents a mere 0.01% of the national total capacity of 1,386,385 MW, its operational significance is notable in Virginia’s energy landscape. Commissioned in 1990 and operated by Virginia Electric & Power Co, Rosemary utilizes oil as its primary fuel source, a choice that reflects the historical energy practices in the region. Rosemary is situated in a region rich in gas-fired generation, with the nearby Greensville County Power Station boasting a substantial capacity of 1773.3 MW, and Brunswick County Power Station at 1472.2 MW. This concentration of gas facilities highlights the growing trend towards natural gas as the dominant fuel in the U.S., while Rosemary serves as a reminder of the continuing reliance on oil in certain contexts. Other nearby facilities include Gaston Hydro at 177.6 MW and Roanoke Rapids Hydro at 100 MW, showcasing a diverse energy mix within a short range. The presence of these plants illustrates an energy cluster that enhances grid reliability in Virginia, balancing the intermittent nature of renewable sources with stable fossil fuel production. As the country grapples with transitioning towards a more sustainable energy future, the role of oil plants like Rosemary, which have historically contributed to energy security, is being re-evaluated. Nonetheless, Rosemary’s operation provides essential support to the local grid and underlines the complex dynamics of energy production in the U.S. The plant’s location and technology choices are critical as the energy sector increasingly shifts towards cleaner alternatives. Nevertheless, it remains a vital part of the energy infrastructure, highlighting the balance between legacy fuel sources and the push for greener alternatives. As Virginia moves forward, Rosemary Power Station may continue to play a role in the transitional journey towards a more diversified energy future.