Wind Energy by State
According to the U.S. Energy Information Administration, the states with the smallest wind turbine capacity in 2025 were Hawaii, Alaska, and Delaware, with capacities of 112 MW, 52 MW, and 2 MW respectively.
According to the U.S. Energy Information Administration, the states with the smallest wind turbine capacity in 2025 were Hawaii, Alaska, and Delaware, with capacities of 112 MW, 52 MW, and 2 MW respectively.
The National Renewable Energy Laboratory's database shows that the top 5 states with the smallest wind turbine capacity are Delaware, Rhode Island, Connecticut, New Jersey, and New Hampshire, with a combined capacity of less than 500 MW.
Environmental Working Group's analysis of wind power capacity by state reveals that states like Mississippi, Alabama, and Arkansas have limited wind turbine capacity due to their geography and climate, with capacities ranging from 10-50 MW.
The American Wind Energy Association reports that while some states have limited wind turbine capacity, the industry as a whole continues to grow, with new installations and advancements in technology making wind energy more viable in areas previously thought unsuitable.
The U.S. Energy Information Administration provides state-level data on wind energy capacity, generation, and production, allowing users to compare and analyze the wind energy landscape across different states and regions.
The Small Wind Certification Council provides resources and information on small wind turbines suitable for farms, homes, and rural areas, which can be particularly useful in states with limited large-scale wind turbine capacity.
The Southern Alliance for Clean Energy discusses the challenges and opportunities for wind energy development in the Southeast, where states like Georgia and South Carolina have limited wind turbine capacity due to their geography and climate.
Wood Mackenzie's market analysis reports that while some states have limited wind turbine capacity, the overall U.S. wind market is expected to continue growing, driven by declining costs, improving technology, and increasing demand for renewable energy.