For the typical residential customer using 1,000 kilowatt-hours of electricity each month, Georgia Power currently projects savings of approximately $180 per year, or about $15 per month, beginning in 2029.
The company says those projected savings are tied to incremental revenue generated by major electricity users, including data centers, combined with Georgia’s regulatory structure for large-load customers. Georgia Power estimates the total benefit could reach approximately $2.847 billion between 2029 and 2031.
That development directly challenges the assumption that every new AI data center necessarily means higher electricity bills for families.
Data centers undeniably require massive quantities of electricity. Their servers must operate continuously, while sophisticated cooling systems and other infrastructure consume additional power. As AI expands, so does the demand for computing capacity.
That has prompted concerns across the country about whether utilities will have to construct new generation and transmission infrastructure — and whether residential customers could eventually be forced to shoulder some of those expenses.
Georgia regulators have attempted to get ahead of that problem.
The Georgia Public Service Commission has adopted rules intended to ensure that large electricity users pay the costs associated with serving their facilities. The PSC says its 2024 and 2025 measures were specifically designed to prevent residents and small businesses from being saddled with data-center-related infrastructure costs.
The rules are particularly important because of the sheer size of some of the projects now being proposed.
One of the most prominent examples is OpenAI’s planned project in Effingham County, Georgia.
The Georgia PSC regulatory process recently cleared Georgia Power’s agreement to provide electricity for the massive facility, known as Project Camellia. The agreement calls for up to 3,200 megawatts of electricity, with service expected to be delivered in phases from 2028 through 2032.
Under the agreement, OpenAI is responsible for the full infrastructure costs required to serve the project. That arrangement is significant because it is designed to prevent existing residential customers from subsidizing the massive new electricity demand.
OpenAI has also committed to providing as much as 1,000 megawatts of flexible demand response.
In practical terms, that gives Georgia Power the ability to reduce electricity delivered to the facility during periods when demand across the grid is especially high. The arrangement could reduce pressure on the electric system and potentially limit the amount of additional generation the utility needs to build to accommodate future growth.
Georgia Power’s broader approach also comes with an important promise for existing customers.
In July 2025, the Georgia Public Service Commission unanimously approved a plan freezing Georgia Power’s base rates through at least the end of 2028. The freeze applies to base rates, while fuel and certain storm-related costs are handled separately.
The company has also reported additional reductions connected to fuel and storm-cost proceedings. Georgia Power currently says those changes amount to roughly $4.04 per month in savings for the typical residential customer, beginning with the applicable 2026 rate changes.
That does not mean every concern surrounding the AI boom has disappeared.
Consumer advocates and environmental organizations continue to question whether enormous increases in electricity demand could create challenges over the long term. Regulators also continue examining how major industrial customers should contribute toward systemwide costs.
Those questions have become particularly relevant as residents confront the scale of projects such as the proposed OpenAI facility.
The debate ultimately comes down to who pays for growth.
If utilities build infrastructure for massive electricity users and then distribute those costs across households, residential customers could face additional pressure. But Georgia’s regulatory framework is attempting to take a different approach by requiring large users to absorb the costs directly associated with serving their facilities.
Georgia’s Public Service Commission has emphasized that its rules are intended to protect residential customers and small businesses from subsidizing major new electricity loads.
Georgia Power is now projecting that the equation could go even further — with the additional revenue from large-load customers ultimately producing savings for households.
The numbers remain projections rather than guaranteed future outcomes, and the data-center expansion will continue to be closely watched as projects move from announcements to construction and operation.
But Georgia’s experience offers an important counterpoint to the increasingly common claim that America’s AI infrastructure race must automatically translate into higher power bills.
At least under the regulatory model Georgia has adopted, the strategy is straightforward: make the companies driving massive increases in electricity demand pay their share, protect existing customers from those infrastructure costs, and allow the broader electric system to benefit from the additional revenue.
For families watching their monthly bills, that could make the AI revolution look very different from what many critics have predicted.
And with billions of dollars in projected systemwide benefits on the table, Georgia is quickly becoming a real-world test of whether the country can expand its AI infrastructure while keeping electricity affordable for ordinary Americans.
