United States of America

Fluvanna— 155.4 MW Wind

WindRenewableVerified: Jul 2026

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The Fluvanna Wind Energy facility ranks as the 1628th largest power generation facility across the United States, contributing a capacity of 155.4 MW to the national grid. Although it accounts for a mere 0.01% of the staggering total capacity of 1,386,385 MW from 10,047 plants, its role as a wind power generator is significant in Texas, a state known for its vast wind energy potential. Fluvanna is positioned as the 253rd largest wind plant in the country, showcasing the growing importance of renewable energy in a landscape predominantly powered by natural gas. This facility was commissioned in 2016 by Fluvanna Wind Energy LLC, marking a modern addition to the energy sector at a time when the U.S. was ramping up its renewable initiatives. The plant's technology harnesses wind energy through advanced turbine systems, providing a clean and sustainable energy source. Its geographical setting is notable, as it is surrounded by an array of wind farms, including the larger Dermott Wind facility at 253 MW and others like Bull Creek Wind and Brazos Wind Farm, which contribute 180 MW and 160 MW respectively. This clustering of wind resources highlights a regional commitment to diversifying energy sources and capitalizing on Texas' favorable wind conditions. In the context of the U.S. energy profile, where the dominant fuel type remains gas, wind energy is rapidly gaining ground, and Fluvanna is a part of this transition. The facility not only plays a role in supplying renewable energy but also supports local economies through job creation and investment in clean technologies. As the nation moves towards more sustainable energy solutions, Fluvanna Wind Energy LLC is poised to contribute significantly to the energy landscape, reinforcing the importance of wind power in achieving energy independence and environmental goals. The future of this facility is bright, with potential expansions and technological advancements aimed at enhancing efficiency and output.