In Alaska, as of 2025, electricity consumption is heavily reliant on fossil fuels, with more than half of the electricity generated from fossil sources. Close to a third of the electricity is produced from low-carbon sources. Specifically, gas is the dominant fossil source, making up over a third of the total electricity usage, while oil and coal contribute to the remainder. Among low-carbon sources, hydropower is significant, generating nearly 28% of the electricity. Wind power, however, contributes very little, around 2%, indicating substantial room for growth. Small amounts of electricity are also imported from other regions, rounding out the current energy mix in the state.

Is Electricity Growing in Alaska?

The latest data for Alaska suggests a slight decline in overall electricity consumption. In 2025, average electricity consumption per person reached 9077 kWh, slightly down from the 2023 record of 9146 kWh. This represents a decrease of nearly 70 kWh per person. However, there is a positive trend in low-carbon electricity generation, which has grown by about 5% compared to two years ago, rising from 2637 kWh to 2774 kWh per person. This growth in clean electricity is a good step forward in reducing reliance on fossil fuels, but overall consumption figures indicate a worrisome trend of stagnating demand. Without continued growth, especially in sustainable energy, Alaska risks falling behind in the pursuit of greener electricity.

Suggestions

To increase low-carbon electricity generation in Alaska, the state can look to successful regions for inspiration. Nuclear energy is a proven clean source, extensively used in countries such as France and Slovakia, where it generates over 60% of electricity. This could be a valuable lesson for Alaska to consider investing in nuclear facilities. Wind energy, too, has shown massive success in states like Iowa and South Dakota, producing around 55% of their electricity. Although Alaska's winds may prove challenging, improving technology and stronger investments could make wind a feasible option. Solar energy, utilized effectively in states like Nevada and California, demonstrates its potential even in less sunny environments, suggesting that Alaska could benefit from further solar energy developments, especially as technology advances.

History

Historically, low-carbon electricity generation in Alaska has experienced minor fluctuations. In 2024, hydropower experienced a small decline, but this was offset in 2025 with a slight increase. Interestingly, wind and biofuels have shown no recent growth, indicating areas that have remained stagnant. The slow growth of low-carbon sources in Alaska over recent years highlights a potential oversight and an opportunity for transformation. By strategically investing in and expanding green energy sources like nuclear and solar, Alaska can better control its electricity generation future while contributing to global efforts to curtail climate change. Such strategic shifts are crucial for addressing the environmental challenges posed by fossil fuel dependency.

Electricity Imports and Exports

Balance of Trade