OpenAI Bets on a 3.2-Gigawatt Compute Campus in Georgia
OpenAI announced that it is advancing the Project Camellia data center project in Effingham County, Georgia, with plans to secure 3.2 gigawatts of po…
On July 22, OpenAI placed one concrete marker for the next phase of AI competition near Savannah, Georgia. The company announced that it is advancing the Project Camellia data center project and signed a long-term power supply arrangement with Georgia Power: a phased total of 3.2 gigawatts of electricity from 2028 to 2032.
What happened
Project Camellia is located within the existing Savannah Gateway Industrial Hub. A county government announcement in Effingham County said the project involves about $20 billion in capital investment, will create 400 long-term jobs, and expand the local tax base. OpenAI said the project is still in an early development stage, and that the infrastructure, construction pace, design, financing, and operating model have yet to be determined.
The power arrangement is at the core of the investment. Georgia Power said the project is expected to require about 3,200 megawatts of power and has signed a 25-year agreement. As part of the arrangement, OpenAI has committed to providing up to 1,000 megawatts of flexible load during peak demand, meaning it will actively reduce some electricity usage when the grid is under the most strain. Georgia Power said this will help the system avoid building new generation resources for brief peak-demand periods.
OpenAI also outlined a set of community commitments, including covering the infrastructure and power interconnection costs required to serve the facility, providing $80 million in community support over the project lifecycle, and using a closed-loop water system. Effingham County has scheduled a public information meeting for the evening of July 23, where residents can raise questions about power, water use, jobs, and land development.
Why it matters
This is not a typical data center. 3.2 gigawatts means AI infrastructure is entering local power markets as a large industrial load. In the past, investors discussing AI often focused on chip procurement, model revenue, and cloud computing orders; now, grid interconnection, long-term power contracts, demand response, and local tax incentives are becoming equally important capital expenditure variables.
Project Camellia also shows a new infrastructure-financing logic: model companies are no longer just renting cloud resources, but are locking in future compute supply years in advance through long-term contracts, dedicated campuses, and local partnerships. For OpenAI, this helps reduce the constraints that compute shortages place on model training and deployment; for utilities, data centers bring stable large customers, but also require stricter risk isolation and load management.
The regional impact of the project is just as direct. Georgia wants investment, jobs, and tax revenue, while the local community needs assurance that the costs of additional power, land, and water resources will not be passed on to residents. OpenAI has pledged that the company will bear the project-related infrastructure and power service costs, but how those commitments are written into contracts and audited will determine their credibility.
What to watch next
First, how the 3.2-gigawatt buildout will be phased in, and whether the actual construction scale changes with financing and model demand. Second, whether the 1,000-megawatt demand response can be executed reliably during peak periods, and how the Georgia Public Service Commission and utility customer protection mechanisms will oversee it. Third, whether the project’s tax incentives, land development, and environmental impact review can withstand public scrutiny. Finally, whether OpenAI will replicate a similar self-built compute model in other states will affect the competitive landscape for U.S. AI infrastructure, and could further raise the degree of linkage among power, chips, cooling, and data center financing.
Sources
Information only. Not investment, legal, tax, or financial advice.