In Nebraska, electricity consumption from July 2025 to June 2026 shows a diverse energy mix where fossil fuels and low-carbon sources contribute almost equally to the electric grid. Fossil energy, primarily from coal, accounts for slightly more than half of the electricity, sitting at approximately 48%. Coal alone makes up nearly 45%, and gas contributes around 3%. In contrast, low-carbon energy sources, including wind and nuclear power, comprise about 47%, indicating a robust presence of clean energy in the state's electricity profile. Wind energy alone supports more than a quarter of electricity needs at almost 27%, while nuclear energy contributes roughly 16%. Additionally, hydropower, though minimal, supplements the grid with about 3%. The remaining 4% of electricity is met through net imports, balancing the state's energy demands.

Is Electricity Growing in Nebraska?

Electricity consumption in Nebraska is experiencing growth, which is a positive sign for the state's capacity to meet increasing energy demands. In 2026, the per capita electricity consumption reached 21,272 kWh, marking an increase of 749 kWh from the previous high in 2025, a substantial growth that indicates strengthening energy usage. However, there is a slight concern regarding the generation of low-carbon electricity. The latest low-carbon electricity generation per person decreased to 10,067 kWh, down by 61 kWh from the record established in 2023. This decline suggests a need for Nebraska to focus on further enhancing its low-carbon energy output to sustain its commitment to reducing carbon emissions and promoting clean energy use.

Suggestions

To expand low-carbon electricity generation, Nebraska can look into enhancing its existing nuclear and wind energy capabilities. These technologies already generating significant amounts of electricity could be further developed. Nebraska could take cues from other successful regions; for example, states like South Carolina and New Hampshire, which generate over 50% of their electricity from nuclear power, suggest a model for expanding nuclear infrastructure. Similarly, Kansas and South Dakota's substantial wind energy production highlights the potential for Nebraska to expand its wind farms. While solar energy currently holds minor prominence, the success of Nevada and California in harnessing solar power suggests that Nebraska could also explore similar clean solar initiatives to diversify and strengthen its low-carbon energy portfolio.

History

Looking back at Nebraska's history of low-carbon electricity, important trends emerge. From 2024 to 2026, nuclear energy exhibited fluctuations, with a noteworthy decline in 2024 of 0.8 TWh, followed by a recovery in 2025 where nuclear output increased by the same margin. These patterns indicate a need for consistent growth and expansion to avoid setbacks in nuclear production. Wind energy has seen slight decreases in 2025 and 2026 but maintained overall stability, pointing to potential for increased investment to ensure growth continues. Hydropower has remained steady with a small boost in 2026, while biofuels have been stable without changes during the same timeframe. The sustainable growth of clean energy is crucial not only for meeting Nebraska’s current electricity demands but also for preparing for future increases driven by advancements such as electrification and the rise of AI technologies.

Electricity Imports and Exports

Balance of Trade

* 12M = Last 12 months (Jul 2025 – Jun 2026) — a rolling 12-month period, not a calendar year.