To meet the surging demand for artificial intelligence software, OpenAI is planning to construct a large-scale AI data center campus near Savannah, Georgia, USA. The total project investment is projected to exceed $30 billion, marking a significant expansion of its global AI infrastructure footprint.
OpenAI has entered into an agreement with Georgia Power to secure a 3.2 gigawatt (GW) power supply for the data center campus located in Effingham County. This project is poised to become one of the company's largest AI data center initiatives to date. According to the plan, the initial phase, providing several hundred megawatts of computing power, is expected to commence operations by 2028, with the remaining capacity to be built out by 2032. For context, 1 GW of power is sufficient to simultaneously meet the electricity needs of approximately 750,000 American households.
OpenAI has stated that, to secure local government incentives under review this week, the company has committed to investing $20 billion in Effingham County. Sachin Katti, Vice President of Compute Strategy, indicated that if the project reaches its full planned scale of 3.2 GW, the total investment is estimated to surpass $30 billion. Katti revealed that the company is currently seeking partners to co-finance and build the data centers, while not ruling out the possibility of handling some operational aspects independently.
OpenAI CEO Sam Altman has previously stated that to achieve long-term AI development goals, the company plans to invest trillions of dollars in infrastructure in the future. Currently, through its "Stargate" initiative, OpenAI is collaborating with partners to advance large-scale data center projects across Europe, the Middle East, and several U.S. states.
However, OpenAI has recently adjusted some of its infrastructure plans, including scaling back projects in the UK and Norway and deciding not to expand the flagship Stargate campus in Texas. Market observers believe these moves reflect the company's efforts to optimize capital expenditure and product strategy as it potentially advances toward a public listing.
Simultaneously, the collaboration model for the Stargate project has evolved. Initially launched by OpenAI, Oracle Corporation (ORCL), and SoftBank Group, different projects now employ more flexible partnership structures. OpenAI is also taking a more active role in the overall planning and design of data centers, including the Georgia project.
Katti noted that with experience gained from building two to three generations of AI compute centers, the company has developed more methods to reduce costs and shorten construction timelines. Consequently, OpenAI aims to lead the overall design process for its next-generation AI data centers. He also disclosed that OpenAI plans to establish a unified data center design standard, which it intends to publish as an open reference, with the goal of eventually open-sourcing data center, hardware, and network architecture designs. This initiative is similar to the Meta Platforms Inc (META) Open Compute Project launched in 2011, aiming to promote infrastructure standardization across the industry.
As AI competition intensifies, major tech companies are continuously increasing their investments in computing power. Anthropic recently signed multiple cooperation agreements, including securing over 300 megawatts of computing resources from the Memphis Colossus 1 data center operated by SpaceX (SPCX). Meta has committed to investing over $250 billion to construct a massive AI data center campus in Louisiana.
However, a growing number of large-scale data center projects are facing resistance from local communities. Residents and local governments commonly express concerns that data centers could drive up electricity prices and have adverse environmental impacts, presenting new challenges for tech companies advancing AI infrastructure.
In response, OpenAI stated that it will bear the full cost of power infrastructure and electricity consumption for the Georgia project, and local regulations prohibit passing these costs on to existing residential customers. Furthermore, the new data center will be equipped with the capability to proactively reduce power load during peak hours to minimize impact on surrounding residents. It will also utilize a closed-loop recirculating cooling system to reuse cooling water, thereby reducing overall water consumption.
Additionally, OpenAI is expected to pay hundreds of millions of dollars in state and local taxes and plans to establish a community fund while providing local students with AI service usage credits. Chris Lehane, OpenAI's Global Affairs Lead, stated that the company has begun discussions with local governments and will start holding in-person meetings with community residents this Thursday to gather public feedback. The company also plans to conduct independent audits to ensure all commitments are fulfilled.
Lehane emphasized that challenges vary by region, so the company will not adopt a "one-size-fits-all" construction model. Instead, it will proceed with project implementation based on the specific circumstances of each locality.