The Georgia Public Service Commission staff approved a power supply contract between Georgia Power and OpenAI for a 3.2-gigawatt hyperscale data center in Effingham County without a formal commission vote, drawing swift opposition from environmental groups.
The approval process remained opaque throughout. Staff authorization rather than full commission action sidesteps standard transparency procedures that typically govern utility contracts of this scale. A 3.2-gigawatt facility represents one of the largest data center projects proposed in the Southeast and would significantly increase Georgia Power's generation obligations.
Data centers powering artificial intelligence operations consume vast quantities of electricity. OpenAI's facility would draw roughly equivalent to the annual power usage of 2.6 million American households. The operational demands create two distinct environmental concerns: first, the electricity source itself; second, the water consumption required for cooling systems at hyperscale operations.
Georgia Power operates coal, nuclear, and natural gas plants alongside its renewable portfolio. The utility's current generation mix relies substantially on fossil fuels. Every megawatt directed to an AI data center represents power that cannot serve other loads, effectively locking in emissions from existing generation fleets for the contract's duration. Industry analysis suggests AI data centers require power delivery 24 hours daily, making them baseline generation facilities.
The Sierra Club and Southern Alliance for Clean Energy filed objections to the approval pathway. These organizations challenged both the secretive process and the underlying environmental impacts. Public Service Commission proceedings normally require notice-and-comment periods, allowing residents and advocacy groups to submit analysis before final decisions. This contract bypassed those safeguards.
Water availability compounds the concern. Cooling systems at 3.2-gigawatt facilities consume millions of gallons daily. Georgia's water resources face increasing stress from population growth in the Atlanta metropolitan region and agricultural demands in the Chattahoochee River Basin. Hyperscale data centers typically require cooling water sourced locally to minimize energy losses in transport.
The decision reflects a broader trend across southern states competing aggressively for data center development. Utilities and state economic development agencies offer electricity discounts and expedited permitting to secure these projects. Competition has created pressure to reduce environmental review timelines and public participation processes.
OpenAI selected Georgia for cost advantages and land availability. The company operates data centers across multiple states but gravitates toward regions offering favorable electricity rates. Long-term contracts lock utilities into supply commitments spanning 10-25 years, effectively determining generation patterns across that period.
The commission staff approval sidesteps accountability mechanisms built into formal votes. Individual commissioners must justify positions on contested matters during public proceedings. Staff-level approvals eliminate this transparency layer and prevent commissioners from weighing environmental testimony before deciding.
Georgia Power declined to release contract details citing commercial confidentiality. Ratepayers funding infrastructure upgrades to serve the facility lack access to pricing terms, duration specifics, or penalty clauses. Public utilities normally justify major expenditures through rate cases where consumers can challenge assumptions and costs.
Environmental groups promised continued legal challenges. Subsequent steps could involve appeals through state administrative courts or federal litigation if water permits proceed. The battle over data center power supply in Georgia illuminates fundamental tensions between rapid technology deployment and environmental protection in electricity regulation.