Over the twelve months from September 2024 to August 2025, Georgia's electricity consumption displayed a significant reliance on fossil fuels and low-carbon energy. Fossil energies, primarily consisting of gas and coal, generated around 46% of the electricity, with gas alone contributing more than a third and coal providing a smaller yet notable share. On the other hand, low-carbon energy closely competed with fossil fuels, contributing approximately 41% to the electricity mix. Notably, nuclear power emerged as a major player in the low-carbon sector, generating nearly 30% of electricity. Solar, with its utility-scale installations, added close to 7%, and biofuels and hydropower contributed the rest. Net imports accounted for around 13% of total consumption, playing a role in balancing the state's energy needs.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Georgia (US)?
Regarding overall electricity consumption trends in Georgia, the state's current per capita consumption reached 14,602 kWh, which represents a decline of nearly 2,000 kWh per person compared to its 2004 peak. This decrease is concerning as it suggests a potential stagnation that could hinder future economic growth and technological advancements. In contrast, there has been a small but promising increase in low-carbon electricity generation, with per capita low-carbon output reaching 5,994 kWh, a slight uptick of around 155 kWh compared to the previous year's milestone. Continual growth in low-carbon generation is essential to support Georgia's transition to a clean energy future while fulfilling the increasing demand associated with electrification and emerging technologies like AI.
Suggestions
For Georgia to expand its low-carbon electricity generation, a strategic focus on enhancing existing nuclear facilities and increasing solar capacity is recommended. With nuclear providing a substantial portion of Georgia's electricity, further investments can elevate its contribution, drawing inspiration from regions like France where nuclear meets a significant majority of electricity needs. Similarly, lessons can be learned from Nevada, where solar energy contributes over 30%, showcasing the potential of scaling solar in sunny regions. By looking at both state and international examples such as South Carolina's nuclear success and Nevada's solar prowess, Georgia has a promising path to a robust and clean energy future that can support both its environmental goals and economic growth.
History
Historically, Georgia's journey in low-carbon electricity generation has experienced fluctuations, especially in nuclear and hydropower contributions. The nuclear sector particularly saw significant growth in recent years, with remarkable increments in 2023 and 2024, reaffirming its critical role within the state's energy palette. Earlier, the mid-2000s witnessed some setbacks due to nuclear declines in certain years, such as 2005 and 2011, but recent trends indicate a strong recovery. Hydro capacity has also varied, with some growth in the last decade, although it faced declines in certain years. Together, these developments highlight the potential for stable and increasing low-carbon electricity generation in Georgia, particularly if emphasis is placed on expanding nuclear and solar initiatives.
