Brookfield Asset Management plans to develop a privately funded $100 billion [1] artificial-intelligence data-center campus in Kentucky.
The project represents a massive scaling of domestic AI infrastructure. By integrating immense computing power with dedicated energy sources, the development aims to secure the U.S. digital competitive edge and stimulate regional economic growth through job creation.
Bruce Flatt, CEO of Brookfield Asset Management, detailed the initiative during an interview on Monday. He said the campus will be located at the U.S. Department of Energy’s Paducah site [2]. The scale of the facility is matched by its energy requirements, as the campus will be paired with 4.6 GW [2] of dedicated power generation.
Flatt described the venture as a strategic move for the country's technological landscape. "It's super exciting for America to build a $100 billion [1] AI data-center campus in Kentucky," Flatt said.
This development follows a broader trend of AI firms seeking massive land tracts and reliable power grids to support large language models. The use of a federal site in Kentucky provides a specific infrastructure foundation that can support the high electrical loads required by modern AI hardware.
Brookfield is launching a dedicated strategy specifically for AI data centers to manage the complexities of these builds [3]. The partnership involves collaborating with energy providers to ensure the 4.6 GW [2] capacity remains stable, and independent of the general consumer grid.
“"It's super exciting for America to build a $100 billion AI data-center campus in Kentucky."”
The scale of this investment underscores the critical bottleneck in the AI race: power. By securing 4.6 GW of dedicated generation, Brookfield is bypassing the traditional constraints of the public electrical grid, which has struggled to keep pace with the energy demands of generative AI. This move signals a shift toward vertically integrated 'power-and-compute' campuses that treat energy as a primary asset rather than a utility.
