Over the past twelve months, from September 2024 to August 2025, Nebraska's electricity consumption has been characterized by a relatively balanced mix of low-carbon and fossil energy sources. In particular, low-carbon sources have contributed a substantial portion of the electricity generated, accounting for approximately 49% of the total. Wind power, which makes up almost a third of total electricity generation, and nuclear power, which stands at about 16%, are the main contributors within this category. Additionally, hydropower plays a smaller role at nearly 3%. Together, these clean energy sources are currently slightly outproducing fossil energy, which constitutes about 47% of the state's electricity, with coal being the predominant fossil fuel at 44% of total electricity. Gas contributes a minor share of just over 3%, while net imports are responsible for less than 3% of the energy mix, emphasizing Nebraska's substantial reliance on internal electricity production, particularly from low-carbon sources.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Nebraska?
Despite Nebraska's commendable progress in balancing its energy portfolio, the latest electricity consumption statistics indicate a decrease in both overall and low-carbon electricity consumption compared to historical peaks. In 2025, each person consumed around 19,660 kWh of electricity, a decrease of around 1,420 kWh per person from the previous record high in 2015. Similarly, low-carbon electricity generation has experienced a downturn with current figures at approximately 9,666 kWh per person, a decline of 437 kWh from the previous low-carbon record set in 2023. These figures signal a worrying stagnation at a time when increased electricity consumption, particularly from sustainable sources, is necessary to meet future demands and ensure a transition away from fossil fuels.
Suggestions
To grow its low-carbon electricity generation, Nebraska could focus on the expansion of its existing wind and nuclear energy capabilities. Both sources are already significant contributors to the state's energy mix and are well-positioned for further growth. Nebraska can gain insights from successful models in regions similar to its own, such as South Dakota and Iowa, where wind accounts for 57% and 60% of the electricity generation, respectively. These neighbors illustrate how investing in additional wind capacity can yield substantial clean electricity. Moreover, Nebraska might find inspiration in states like Illinois and New Hampshire, where nuclear power contributes more than 50% of the electricity supply, showcasing the potential of nuclear energy expansion as a reliable and clean energy solution. By harnessing a combination of nuclear and wind energy, Nebraska can secure a sustainable and diversified energy future.
History
Throughout the recent decades, Nebraska's journey in low-carbon electricity generation has seen numerous changes, particularly regarding nuclear energy. In the early 2000s, the nuclear sector faced fluctuations, with notable declines in 2005 and 2008, offset by a major boost in 2007. The early 2010s saw new growth, with increased nuclear generation in 2010, followed by another increase in 2013, despite a significant dip in 2011. Alongside these changes, wind energy emerged as a growing force from 2014 onwards, with consistent annual increases, particularly in 2017, 2019, and notably in 2022. While there have been intermittent declines, the overall trajectory for both wind and nuclear energy in Nebraska is upward, reflecting a promising shift toward a more sustainable energy future. These historical trends highlight the importance of continued support and expansion for low-carbon electricity to meet both current and future demands.
