Over the past 12 months, from September 2024 to August 2025, electricity consumption in Kansas has been dominated by low-carbon, or clean, energy sources. Low-carbon electricity, which includes wind and nuclear energy, accounts for a remarkable 65% of the total consumption. Wind energy alone contributes a substantial 47.3%, making up nearly half of the state's electricity generation. Nuclear energy, on the other hand, provides an important share of 16.73%. Fossil energy, consisting mainly of coal and gas, makes up about 35%, with coal accounting for 27.95% and gas for 6.88%. This indicates that though Kansas is making significant strides in low-carbon electricity generation, fossil fuels still hold a sizeable portion, underscoring the continuing reliance on non-clean energy sources that exacerbate climate change.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Kansas?
Electricity consumption in Kansas is on a positive trajectory, experiencing growth over recent years. The latest data shows an electricity consumption of 21,376 kWh per person in 2025, surpassing the previous record in 2022 by 172 kWh per person. Moreover, low-carbon electricity generation has seen palpable growth, with the latest figure at 13,895 kWh per person, a substantial increase of 644 kWh from its record in 2024. This upward trend reflects Kansas’s commitment to expanding its clean energy capabilities, providing a promising direction for future developments. However, continuous support and further advancements are necessary to ensure that the growth in electricity is sustainable and meets the environmental needs of tomorrow.
Suggestions
To further boost low-carbon electricity generation, Kansas can focus on enhancing its existing nuclear and wind capabilities. Both of these sources already contribute significantly to the state's energy mix. Learning from regions like Illinois, where nuclear energy accounts for more than half of the electricity generation, Kansas could consider expanding its nuclear facilities to increase its clean energy share. Similarly, regions such as Denmark demonstrate the potential of wind energy, boasting wind generation at 59%, which could serve as a model for Kansas to emulate. Additionally, learning from states like California where solar accounts for a significant portion of electricity generation, Kansas could also consider bolstering solar energy development, adding another dimension to its clean energy portfolio.
History
Historically, Kansas has witnessed a mix of fluctuations and consistent growth in its low-carbon electricity sector. The early 2010s marked a crucial period with significant additions to wind energy, particularly in 2013 with a notable 4.2 TWh increase. The later years saw continued expansions, especially in 2017 when both wind (4.5 TWh) and nuclear (2.4 TWh) increased. However, the nuclear sector experienced setbacks in 2008 and 2011 with declines, but this was followed by promising growth in recent years, notably 2025 with a 1.4 TWh rise. This trajectory reflects Kansas’s ongoing commitment to enhancing its clean energy infrastructure, although the past setbacks highlight areas that require ongoing attention and investment to avoid repeating declines in clean energy generation.
