As of the year stretching from April 2025 to March 2026, Oregon's electricity consumption profile reveals a strong inclination towards clean energy. Low-carbon energy sources account for just over two-thirds of the electricity generation, while fossil fuels make up close to a third of the total. Hydropower is the dominant low-carbon source, contributing nearly half of the total electricity generation. Interestingly, wind and solar contribute slightly over a sixth of the total energy collectively, with wind at about 14% and solar, including both utility and behind-the-meter solar, adding up to just around 5%. Fossil fuels, predominantly natural gas, contribute precisely to the entirety of the fossil energy share, reflecting a significant but still less than ideal reliance on non-renewable sources.

Is Electricity Growing in Oregon?

When it comes to the growth of electricity in Oregon, the latest figures show an upward trend, albeit modestly. In 2026, total electricity consumption per person has slightly increased compared to 2025, going from 15,959 kWh to 15,982 kWh, a difference of 22 kWh per person. More significantly, the share of low-carbon electricity generation per person has seen a healthy uptick, jumping from 10,124 kWh per person in 2025 to 10,913 kWh in 2026—an inspiring surge of 789 kWh. This growth in clean energy generation underscores a significant shift towards sustainable energy practices, demonstrating Oregon's commitment to reducing its carbon footprint and promoting environmental stewardship.

Suggestions

Looking ahead, Oregon can further bolster its low-carbon electricity portfolio by expanding its wind energy capabilities, building on its existing successes. Drawing lessons from regions such as Denmark and Iowa, where wind power contributes 60% and 57% of electricity generation respectively, Oregon can set ambitious targets for wind energy expansion. Similarly, the adoption of nuclear power could be considered, taking inspiration from France, where nuclear energy accounts for 67% of electricity production. In addition to wind and nuclear, Oregon can increase its solar output by looking into techniques applied in Nevada, known for deriving 34% of its electricity from solar. Efforts to boost these clean energy sources will not only enhance sustainability but also help combat climate change and air pollution, paving the way for a cleaner, greener future.

History

Examining the historical trends, Oregon has shown a positive trajectory in the advancement of low-carbon electricity in recent years. The early 2020s saw moderate increases in hydroelectric power, with a small rise in biofuels and wind power in 2024, marking the beginning of substantial growth and stabilization. Notably, 2025 and 2026 saw a consistent increase, particularly in hydropower which showed significant gains both years, indicating a strengthening dedication to clean electricity efforts. Wind power, although fluctuating slightly, has regained momentum by 2026. These trends highlight Oregon's ongoing efforts to embrace green energy practices, echoing its commitment to enhancing sustainable energy supplies for the following decades.

Electricity Imports and Exports

Balance of Trade

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