In 2025, Kansas's electricity consumption reflects a significant reliance on low-carbon sources, with more than half of its electricity generated from clean energy. Wind power accounts for nearly half of that, making it a dominant force in the state's clean energy portfolio. Meanwhile, nuclear energy contributes almost 15% of the total electricity consumption. Fossil fuels, predominantly coal and gas, still play a significant role, representing just over a third of the electricity mix. While coal continues to account for nearly a third of the electricity consumed, the contribution of gas remains modest at about 6%. Solar energy, although present, contributes close to negligible amounts at just over 1%, suggesting potential untapped areas for growth in clean energy generation.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Kansas?
The electricity consumption in Kansas is evidently on the rise. The latest figures for 2025 indicate an electricity consumption of over 21,000 kWh per person, which surpasses the previous record set in 2023 by 1,419 kWh per person. The increase in clean electricity generation is also commendable. In 2025, the low-carbon electricity generation reached 13,352 kWh per person, marking an improvement of 101 kWh over the previous year's record. This growth trend is encouraging, but to continue meeting future demand and further curb the impacts of climate change, Kansas should enhance its capacity for clean energy generation.
Suggestions
To expand low-carbon electricity generation further, Kansas should focus on enhancing its wind and nuclear capacities. Both of these already significant contributors to the state’s clean energy mix have room for growth. The state can also look to successful regions to guide its expansion. For solar energy, regions like Nevada, where solar accounts for 34% of electricity, provide a solid example of solar potential. For nuclear power, France and Slovakia are leading with nuclear energy contributing about two-thirds of their electricity. Similar US states like New Hampshire and Illinois offer models closer to home with their successful nuclear programs. These regions highlight ambitious goals for solar and nuclear energy expansion, demonstrating the potential for Kansas to harness its own resources more effectively.
History
The history of low-carbon electricity generation in Kansas illustrates a mixed performance in recent years. In 2024, wind power surged with an increase of 2.5 TWh, a promising sign of energy diversification and growth. However, the same year saw a drop in nuclear energy production by 1.1 TWh, a worrying trend that stands in stark contrast to the needs for stable low-carbon energy. In 2025, the positive changes included a slight increase in nuclear electricity by 0.1 TWh, showing steps towards recovery. Despite no changes in biofuels or hydroelectric power, the advancements in wind and nuclear hold significant promise for addressing the climate crisis by leveraging existing infrastructure and resources. However, consistency in growth and expansion in the low-carbon sector is crucial to secure a sustainable electricity future for Kansas.
