In Oregon in 2025, electricity consumption shows a mix of low-carbon and fossil energy sources. Over 63% of the state's electricity comes from low-carbon sources, with hydropower being the most significant contributor, accounting for more than 42%. Wind energy also plays a substantial role, providing almost 14% of the electricity. Solar energy, though growing, contributes just over 5% in total, split between utility-scale and behind-the-meter applications. Despite the progress, gas still represents nearly one-third of electricity consumption, underscoring the need to advance low-carbon alternatives further to reduce dependency on fossil fuels and mitigate climate change and air pollution.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Oregon?
Electricity usage per person in Oregon is on an upward trajectory, with a notable increase compared to the previous year. In 2025, the average Oregonian consumed 15,959 kWh of electricity, surpassing the previous record set in 2024 by 680 kWh per person. This increase is mirrored by growth in low-carbon electricity generation, which rose by 685 kWh per person over the same period. The expansion reflects a promising shift towards clean energy but also underscores the state's growing electricity needs amidst electrification trends and technological advances like AI. Meeting these demands requires a continued focus on expanding green electricity sources to sustain this positive momentum.
Suggestions
To amplify low-carbon electricity generation, Oregon should expand its wind energy capacity, as this resource already makes significant contributions. Learning from successful regions is crucial; Denmark's wind power achieves 60% of their electricity, a benchmark Oregon can strive towards. Furthermore, Oregon can explore nuclear energy to complement its clean energy mix. Countries like France and states like Illinois generate around 67% and 50% of their electricity from nuclear power, respectively. Additionally, the increasing solar contributions in regions like Nevada and California, reaching more than 30%, highlight solar's potential in a climate like Oregon's. By adopting these insights, Oregon can further diversify its energy supply and reduce reliance on fossil fuels.
History
Reflecting on the history of low-carbon electricity in Oregon, the state saw modest growth in hydropower and wind energy in 2024, with each increasing by 0.6 TWh. Biofuels also saw a small increase of 0.2 TWh. However, 2025 marked a significant uptick in hydroelectric generation, with an increase of 2.2 TWh while wind slightly decreased by 0.1 TWh, indicating some variability in energy generation sources. Biofuels experienced a slight decline, while geothermal remained constant over the years. This recent growth in hydropower showcases the potential of leveraging existing technologies for more significant gains in sustainable electricity production, emphasizing the need for continued support and expansion of green energy technologies to meet future demands.
