In Oklahoma's 2025 electricity landscape, fossil fuels still play a dominant role, accounting for just over half of the electricity generation. Natural gas makes up the lion's share of this at around 45%, while coal contributes with an additional 10%. Meanwhile, Oklahoma is making substantial strides toward low-carbon electricity with nearly 45% of its electricity derived from these sources. Wind power stands out by generating almost 42% of the state's total electricity, marking it as the leader in low-carbon energy sources. Hydropower and solar make more modest contributions, providing nearly 2% and 1%, respectively. Oklahoma's balance between fossil and low-carbon energy indicates a meaningful journey toward cleaner electricity, but there's more room for improvement, particularly in reducing reliance on fossil fuels.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Oklahoma?
The data reveals that electricity consumption in Oklahoma has seen a recent decline, decreasing from a peak of 23,025 kWh per person in 2024 to 22,084 kWh per person in 2025. This reduction by 942 kWh suggests a contraction that is concerning when considering future energy growth needs, particularly for new technologies like electric vehicles and AI-driven solutions. On a positive note, low-carbon electricity generation in Oklahoma has reached a new high of 9,944 kWh per person, reflecting an 86 kWh improvement over 2024's figures. This growth in greener energy sources is encouraging, but it must accelerate further to offset the decline in overall consumption and to help the state meet future electricity demands sustainably.
Suggestions
To further enhance its low-carbon electricity generation, Oklahoma should capitalize on its strong wind energy sector. Expanding wind farms can continue to displace fossil fuel usage. Additionally, Oklahoma could look to regions like Iowa and South Dakota, where wind provides nearly 60% of electricity, as examples of success. Similarly, solar energy is underutilized in Oklahoma; inspiration can be drawn from states like Nevada and California, which generate over 30% of their electricity from solar power. Moreover, exploring nuclear energy could allow Oklahoma to emulate states such as Illinois and South Carolina, where nuclear power provides around 50% or more of the electricity. This approach would harness diverse, reliable, and low-carbon energy sources to secure Oklahoma’s energy future.
History
Looking back at Oklahoma's history of low-carbon electricity, recent years have shown consistency and moderate growth. In 2024, the state saw an increase in wind power by 1 TWh, while hydropower and biofuels each increased by 0.1 TWh. In 2025, the trend continued with another 0.1 TWh boost in wind power, a 0.2 TWh rise in hydropower, and stable biofuels. These incremental changes serve as a foundation for further expansion, especially in wind and solar, ensuring that Oklahoma continues to build on its established strengths in low-carbon energy. By learning from leading regions in wind, solar, and nuclear, Oklahoma can cultivate a more resilient and sustainable electricity ecosystem.
