In Alaska, the current state of electricity consumption reveals a heavy reliance on fossil energy, with approximately two-thirds of electricity generated from fossil fuels. Within this category, gas contributes more than a third, while oil and coal make up around one-sixth and one-seventh of the total electricity production, respectively. Meanwhile, low-carbon energy sources account for nearly a third of Alaska's electricity, with hydropower being the most significant clean energy contributor at roughly 28%. Wind energy features minimally, contributing about 2% to the total electricity generation. Alaska also imports a small portion of its electricity, roughly 4%, which supplements its domestic production.

Is Electricity Growing in Alaska?

When examining the growth of electricity consumption in Alaska, it appears there has been a slight decline. The total electricity consumption per person in 2025 is approximately 9,077 kWh, representing a decrease of about 69 kWh per person from the previous high recorded in 2023. However, there is a positive trend in low-carbon electricity generation, with 2025 witnessing an increase to 2,774 kWh per person, reflecting a 137 kWh per person rise compared to the 2023 record. While the overall consumption slightly decreased, the shift towards more low-carbon electricity generation is a step in the right direction.

Suggestions

To further enhance low-carbon electricity generation in Alaska, focusing on expanding solar and nuclear energy could prove beneficial, taking cues from successful regions. For nuclear energy, countries like France and states like South Carolina and New Hampshire lead by example with nuclear comprising over 50% of their electricity mix. Emulating this success by investing in nuclear facilities would strengthen energy security and reduce reliance on fossil fuels. Similarly, for solar energy, states like California and Nevada demonstrate impressive integration of solar power into their electricity supply, with solar energy constituting over 30%. Alaska could adopt similar strategies to capture its unique solar potential, supplementing its energy landscape with clean and sustainable options.

History

Historically, Alaska’s low-carbon electricity generation has seen incremental changes. In 2024, there was a slight reduction in hydroelectric output, marked by a decrease of 0.1 TWh, with wind and biofuels remaining static. However, 2025 showed a minor resurgence in hydropower with an increase of 0.1 TWh, while wind and biofuels continued to maintain their previous levels. While these fluctuations are minor, they underscore the importance of amplifying low-carbon electricity efforts, particularly expanding hydropower further while harnessing the untapped potential of nuclear and solar energy. This approach not only propels Alaska's clean energy transition but also sets a sustainable trajectory for the state's electricity future.

Electricity Imports and Exports

Balance of Trade