In 2025, Kansas’s electricity landscape has been shaped significantly by the dominance of low-carbon energy sources. More than half of the state’s electricity comes from low-carbon methods, with wind energy making up a significant portion, accounting for nearly half. This is complemented by nuclear power, contributing almost 15%, and solar, which provides a small percentage. Despite the commendable use of low-carbon energy, fossil fuels like coal and gas still make up more than a third of the electricity mix, with coal alone accounting for about 31%. The ongoing reliance on fossil fuels highlights the pressing need to reduce greenhouse gas emissions that contribute to climate change and air pollution.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Kansas?
The trajectory of electricity consumption in Kansas is on a positive incline, showcasing growth and increased demand. The latest figures indicate a consumption rate per person that exceeds 21,000 kWh, a significant increase from the previous high recorded in 2023. More encouragingly, even low-carbon electricity generation is setting new records, seeing a modest increase from the year before. This rise in both total and clean electricity generation is a welcome development, helping to meet the rising energy demands while edging closer to a sustainable future.
Suggestions
Kansas can capitalize on these developments by expanding its current infrastructure for nuclear and wind energy. Learning from other regions that have successfully harnessed different strengths could serve as a beacon for Kansas. For instance, states like New Hampshire and Illinois have achieved nearly 50% of their electricity generation from nuclear sources. Likewise, embracing further solar development, inspired by states like Nevada and California, which generate a substantial portion of their electricity from solar power, could also foster significant growth in clean electricity. By adopting these strategies, Kansas can further cement its position as a leader in sustainable electricity generation.
History
Looking back, the history of low-carbon electricity in Kansas is marked by fluctuations, particularly seen in recent years. In 2024, wind energy saw substantial growth, contributing an additional 2.5 TWh to the state's electricity generation. However, the same year, nuclear energy experienced an unfortunate decline of 1.1 TWh, which is cause for concern given its importance as a reliable and low-carbon source of electricity. The trend continued in 2025 with minimal changes observed—a slight increase in nuclear output and a small decrease in wind power generation. This stagnation serves as an urgent reminder of the need to push further and more consistently toward expanding clean electricity infrastructure to support an electrified and AI-driven future.
