Electricity in West Virginia in 2025
In West Virginia, the current state of electricity consumption heavily relies on fossil fuels, indicating a significant dependency on non-sustainable sources. More than 90% of the state's electricity comes from fossil sources, with coal contributing the lion's share at nearly 87%. Gas makes up a smaller portion, at just over 6%. In stark contrast, low-carbon energy sources form a small fraction of the total electricity mix, only about 7%. Within this segment, wind provides close to 4% and hydropower just over 2%. This imbalance underscores the urgent need to transition toward cleaner energy generation to mitigate negative environmental impacts such as air pollution and climate change.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in West Virginia?
When considering electricity consumption trends in West Virginia, there is a moderate increase in overall electricity use per person. In 2025, the average electricity consumption reached 30,512 kWh per person, a rise of about 950 kWh from the previous record set in 2023. This suggests that electricity demand is growing, likely due to economic and societal changes such as increased electrification and the requirement for modern technologies. However, the consumption of low-carbon electricity per capita shows a minor decline, with recent figures slightly lower than the 2023 levels. This stagnation in green energy adoption is concerning, as it highlights the challenge of meeting growing demand with sustainable sources.
Suggestions
To enhance low-carbon electricity generation, West Virginia can take cues from various successful regions. States like Iowa and South Dakota generate nearly 60% of their electricity from wind, demonstrating the potential for expanded wind farm development in regions with compatible wind profiles. Additionally, nuclear power offers considerable promise, as evidenced by France and Slovakia, where nuclear accounts for more than 65% of electricity generation. Investing in nuclear facilities can provide a stable and large-scale clean energy source. A diversified strategy involving both solar and nuclear expansion can position West Virginia as a leader in sustainable electricity, helping to reduce its fossil fuel dependency and contribute positively to global climate goals.
History
Looking back at the history of low-carbon electricity in West Virginia reveals a mixed pattern in recent years. Both 2024 and 2025 saw slight declines in hydropower and wind electricity generation, with reductions of 0.2 TWh and 0.1 TWh, respectively, for hydro and a small decrease for wind in 2024. These downturns highlight missed opportunities for growth in clean energy sectors. To foster a robust low-carbon infrastructure, it is imperative for West Virginia to overcome these declines and initiate policies that bolster both future projects and existing capacities. Ultimately, recognizing the importance of significant investments in solar and nuclear development can drive forward a sustainable electricity landscape well into the future.
