OpenAI underwrites Georgia Power's 3.2GW grid slot

Georgia's utility regulator has approved a power contract that makes OpenAI the payer of first resort before a single kilowatt-hour moves, under which Georgia Power will develop 3.2GW of new generation to serve OpenAI's planned data center in Effingham County and OpenAI will foot the full cost of the infrastructure required to reach it. The approval, first reported by Data Center Dynamics, is the clearest sign yet that hyperscale computing has moved into an era where power access is priced apart from electricity.

Code-named Camelia when it surfaced in July, the project will occupy part of the Savannah Gateway Industrial Hub, a 2,600-plus-acre tract zoned for industrial use outside Savannah, where OpenAI expects to build four data center buildings totaling 4.4 million square feet and invest more than $30 billion. The site will use a closed-loop water system for cooling and will not divert water from local communities, a detail aimed at a county that, per DataCenterMap, has no data centers today, while most of Georgia's data center capacity sits in Atlanta and Augusta.

The contract is the real news. Georgia Power, a regulated utility, would normally recover the cost of new generation from the rate base; here the customer is the rate base, and OpenAI's commitment to pay the full cost of the infrastructure transfers construction and cost risk away from the utility's other customers and onto the data center's own balance sheet. Kim Greene, Georgia Power's chairman, president and CEO, put the political case plainly: “Data centers are paying more so families and small businesses can pay less, and our goal with every contract we sign under this framework is to deliver value for them.”

The deal also makes OpenAI a grid operator of sorts: the company has committed to provide up to 1GW of flexible demand response, meaning Georgia Power can call on it to reduce load at moments of stress. A data center willing to shed load is a virtual peaker plant, and the contract gives the utility that resource without paying for a peaker's capital cost, a valuable hedge for a grid under pressure from data center growth.

The delivery window runs from 2028 to 2032, which says something about the scale of the build: Georgia Power will spend years constructing the generation, while the data center presumably comes online in stages. The contract does not disclose what type of generation will be built—gas, solar, storage, or some combination—which leaves the utility room to choose among technologies as costs evolve.

This is the purest expression yet of a theme: a grid slot is worth more than the hardware behind it. OpenAI's $30 billion campus is enormous, but the 3.2GW of new generation is the binding constraint; by underwriting the infrastructure, OpenAI is buying the grid slot, and Georgia Power is selling it at the full cost of construction. The utility's shareholders are taking less risk than they would in a conventional build; the customer is taking more.

The pattern reaches beyond Georgia: earlier this month, Nvidia was said to be weighing a $3 billion investment in SB Energy behind an OpenAI campus in Ohio, and, as we reported then, the guarantee, more than the equity, is what would make the project financeable. In Georgia the guarantee is total and contractual rather than a line item in a capital raise; the payment obligation sits with OpenAI, and that is the credit the utility will build against.

The approval also arrives amid churn in OpenAI's infrastructure leadership: OpenAI's data center chief departed earlier this month, even as the company works toward an IPO against a $750 billion compute budget. A project with a 2028-2032 delivery window will outlast any single executive, and the contract's structure—customer pays, utility builds—is designed to make the commitment durable beyond the people in the room.

The demand-response component is part of a broader move to treat data centers as flexible grid assets, and software that makes data center load portable is already taking shape: FlexSysAI, an Nvidia Inception startup, launched a product for exactly that purpose, with its first deployment planned at Nvidia's 96-megawatt Aurora campus. The Georgia contract operates at a far larger scale—1GW of load that can be called down when the grid tightens—turning the data center from a static consumer into a dispatchable resource.

Effingham County is a blank map in a state where data center geography has been fixed: most of Georgia's capacity is in Atlanta and Augusta, and the Savannah region has built its industrial economy around ports, logistics, and manufacturing rather than compute. The PSC's approval removes the state-level permission, leaving local land use and permitting as the next questions—the hard part is local consent, and the Georgia deal shows a contract can smooth it.

OpenAI's other projects make the template visible: the flagship Stargate site is already operating in Abilene, Texas, with other campuses under development in Michigan, Wisconsin, and Texas, often alongside partners such as Oracle, Crusoe, and Related Digital. Each project faces the same problem—getting enough power, fast enough, without wrecking the economics—and the Georgia contract's answer is blunt: the customer pays for the plant. It may be the answer every utility with a big queue now wants.

The legal details will matter. The PSC approval is not a full public airing of the tariff; the coverage does not say how OpenAI's payment obligation is secured, what happens on cost overruns, or how the 1GW demand-response commitment is measured and enforced. Those details will decide whether this structure becomes a template or a one-off. Publicly, the direction is clear: the risk of the build moves from the ratepayer to the data center.

For investors and lenders, the credit question is straightforward: OpenAI's payment obligation is the collateral, and if that obligation is enforceable over a 2028-2032 build period, Georgia Power is constructing assets against a counterparty with a $750 billion compute budget. The financing cost of the project, and the utility's willingness to take construction risk, will hang on the terms and the covenants, neither of which the approval order discloses in the reporting so far.

The price is the full cost of the generation behind it, and OpenAI has agreed to pay it to secure a 3.2GW slot in a county with no existing data centers. A conventional contract might have priced the energy; this one prices the connection. The PSC's approval is the tollbooth, and OpenAI has paid the toll in advance, with a six-year wait for the road.