In Alabama today, a significant portion of electricity production remains reliant on fossil fuels, with more than half of it coming from such sources. Specifically, the state leans heavily on gas, which powers almost half of its electricity needs. Coal provides an additional slice of the energy pie, contributing around one-sixth of the total electricity. However, Alabama is also investing in low-carbon energy as indicated by its nearly 40% share in the electricity mix. Within this group, nuclear energy stands out, accounting for an impressive one-third of total power generation, reinforcing its role as a critical player in Alabama’s transition to cleaner energy. Hydropower and biofuels make up smaller segments of low-carbon electricity, providing just under 6% and about 2% of the total, respectively.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Alabama?
Examining the trends in electricity consumption, Alabama experienced a slight dip in per capita electricity use compared to its peak in 2024. The current figure is 27,408 kWh per person, which signifies a decrease of over 300 kWh per person from the previous high. Similarly, there's been a decline in low-carbon electricity generation per capita, with the latest numbers reflecting a decrease of nearly 700 kWh from the record set in 2023. This stagnation is concerning as it underscores the need for renewed efforts and policies to bolster electricity growth, particularly in the low-carbon sector, to meet future demands driven by electrification and technological advancements such as artificial intelligence.
Suggestions
To boost low-carbon electricity generation, Alabama can build on its existing strengths, particularly in nuclear energy. Enhancing nuclear capacity can pave the way for a more substantial transition to low-carbon electricity. Additionally, learning from other regions with significant low-carbon initiatives can offer valuable insights. For instance, states like South Carolina and Illinois have successfully leveraged nuclear energy, with over half of their electricity coming from this clean source. Alabama could emulate these practices to expand its nuclear capacity. Furthermore, embracing solar technology, as seen in states like California and Nevada with over 30% solar electricity, can also contribute significantly to Alabama's electricity transformation, ensuring a robust, green energy future.
History
Historically, the transition to low-carbon electricity in Alabama has faced challenges, especially concerning nuclear energy. In recent years, notably 2024 and 2025, Alabama saw declines in nuclear output by 1.1 TWh and 1.8 TWh respectively. In contrast, biofuels have shown marginal incremental growth while hydropower slightly decreased over the same period. This pattern highlights the importance of recommitting to and investing in stable, long-term low-carbon solutions such as nuclear and solar energy. The journey toward a sustainable electricity mix requires consistent effort and prioritization of technologies that promise substantial and reliable green energy contributions.
