OpenAI построит гигаватный дата-центр в Мичигане в рамках проекта Stargate

OpenAI has announced the beginning of construction of a gigawatt data center in Michigan as part of the ambitious global Stargate project — a strategic investment in critical infrastructure for the era of artificial intelligence.

Scale of the Stargate Project

The new data center that OpenAI will begin working on will consume electricity at the rate of 1 gigawatt. To put this in perspective: this is roughly the same amount of electricity per year as a small city with a population of about half a million people consumes. That's an enormous figure, and it reflects the scale of what's happening in the AI industry.

Why is such power needed? Because modern large language models require colossal amounts of computing. A single request to a model like GPT requires millions of operations on video cards in a matter of seconds.

At the same time, one service must serve millions of users around the world, operating 24/7. Add to this the constant training of new model versions, fine-tuning for specific tasks, caching of intermediate results — and it becomes clear why gigawatt data centers are needed. The Stargate project in the broader sense is an ambitious initiative to build networks of gigawatt centers around the world.

Michigan becomes the first significant point, a strategic hub in this growing network of American AI infrastructure.

What Michigan and the USA Will Gain

The investment will create thousands of jobs in the state — both during the construction phase and on a permanent basis of operations. Engineers, cooling systems specialists, network administrators, and electrical equipment maintenance technicians will be needed. OpenAI also plans to invest significantly in the local community and support the economic development of the region. But geographic advantage is only one aspect. For the country as a whole, this means several critically important advantages:

• Expanding access to AI computing power for American companies, startups, universities, and researchers
• Creating independent computing infrastructure rather than potential dependence on other countries
• Stimulating the development of related industries — renewable energy, innovative cooling systems, network technologies
• Attracting talented specialists to the region and developing the local technology sector
• Strengthening the USA's position as a leader in the global infrastructure race around AI

Foundation of a New Era

Building mega-capacity of this scale is no longer a trend or experimentation. It is a strict technical and economic necessity. Progress in AI requires nearly exponential growth in computing resources and electricity, and all major players are simultaneously building gigawatt centers: OpenAI, Microsoft, Google, Meta, and even Chinese companies.

Data centers in Michigan and other regions will become the physical foundation upon which AI services, applications, and research of the coming decade will operate. It's not just about OpenAI — it's about the entire global AI ecosystem. Without such infrastructure, progress will simply slow down, and investments will freeze.

Energy, computing, cooling — these are the new critical factors of production for the 21st century, just as steel and coal were in the 20th.

What This Means

OpenAI's decision to build precisely in Michigan is a signal: the infrastructure race for AI leadership has entered the decisive, irreversible stage. For end users, this means greater access to fast, reliable, and affordable AI services. For the American economy — a new source of capital investments, high-paying jobs, and long-term growth. For the USA as a whole — strengthening technological sovereignty and competitive position in the global competition for the future.

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