Currently, electricity consumption in Kansas is characterized by a robust emphasis on low-carbon sources, accounting for well over half of the total electricity generated. Wind energy plays a dominant role in this sector, providing nearly half of the state's electricity, a clear indication of the region's commitment to harnessing sustainable resources. Notably, nuclear energy also contributes significantly, making up almost 15% of electricity production. Fossil fuels still maintain a presence, with coal responsible for almost a third and gas for about 6%. Solar energy, while innovative, contributes close to merely 1% of total electricity, suggesting ample room for growth in this clean energy domain.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Kansas?
Electricity consumption in Kansas is on an upswing, mirroring a positive trend towards higher energy demands, likely driven by advances in technology and increased electrification. The latest figures for 2025 show a per-person consumption of over 21,000 kWh, which is a notable increase from the previous record of approximately 19,800 kWh in 2023. This growth is not isolated to only overall electricity but also reflects in the realm of low-carbon electricity generation, which sees a fresh high of 13,352 kWh per person, an improvement over the past year's 13,251 kWh. The consistent rise in both overall and green electricity consumption underscores a proactive movement towards a cleaner energy future.
Suggestions
To bolster low-carbon electricity generation further, Kansas can focus on scaling up both its nuclear and wind capacities, given their substantial contribution already. Learning from other regions could be beneficial; for instance, France, with nuclear powering 67% of its electricity, demonstrates the potential of expanding nuclear capabilities. Similarly, states like Iowa, achieving 58% from wind, illustrate the feasibility of expanding wind infrastructure. Additionally, solar needs increased attention; learning from Nevada, where solar makes up 34% of electricity, Kansas can strategize to elevate its solar capacity. By drawing lessons and adopting best practices from these successful regions, Kansas can markedly enhance its clean energy output.
History
The trajectory of low-carbon electricity in Kansas shows varied progress. In 2024, wind energy saw a significant increase of 2.5 TWh, but nuclear energy unfortunately experienced a decline of around 1.1 TWh, a concerning development that must not recur. Wind continued on this upward trend, becoming central to the state's low-carbon strategy. In 2025, there were smaller adjustments with nuclear managing a slight uptick and wind experiencing a minor decline in generation. Such fluctuations call for consistently expanding and modernizing infrastructure to avoid setbacks, especially with nuclear, which remains a pillar of clean electricity alongside wind and solar. This history points out the need for a relentless pursuit of clean energy solutions to sustainably meet rising electricity demands.
