NextEra and Brookfield plan $100bn AI data centre campus in Kentucky

NextEra Energy and Brookfield are planning to build a data centre campus in Kentucky valued at up to $100 billion. The project represents one of the largest single commitments to date in the American expansion of computing capacity for artificial intelligence.

This alliance pairs the largest utility in the United States with a major infrastructure capital provider. It underscores a critical shift in the technology sector, where the primary bottleneck is no longer semiconductor availability but the access to sufficient power and land.

Brookfield has been actively assembling the financial firepower required for such ventures. The asset manager launched a $100 billion artificial intelligence infrastructure programme in late 2025 and recently expanded a separate power partnership with Bloom Energy to $25 billion.

NextEra provides the necessary energy backbone following its roughly $67 billion takeover of Dominion, which established it as the country’s biggest utility. The company has informed investors it expects to add up to 30 gigawatts of generation capacity specifically for data centres by 2035.

Consequently, NextEra’s fuel strategy is evolving to meet market demands. Once primarily associated with wind and solar, the utility now openly plans around gas and nuclear power to meet the continuous, around-the-clock electricity requirements of modern data facilities.

Kentucky has aggressively positioned itself to attract these developments. State lawmakers recently passed measures, including a nuclear-energy bill this spring, to facilitate power generation, drawing projects with the promise of cheap, plentiful electricity and available land.

As hyperscalers exhaust easily accessible sites near existing grids, they are pushing deeper into the rural interior. A campus of this magnitude would consume electricity on the scale of a large city, mirroring the trajectory of other tech giants moving operations to areas like El Paso.

However, this rapid build-out introduces significant economic friction. Surging demand from data centres is already competing with traditional consumers on the grid, pushing up power bills for households and factories in affected regions.

For Kentucky, the appeal lies in job creation and an expanded tax base, despite the fact that operational data campuses employ relatively few people. This economic pitch proceeds even as some residents express concern over the potential strain on local power and water resources.

The financing structure of the Kentucky project reflects a broader market reality. Utilities and infrastructure funds are increasingly fronting the capital, as the required sums have grown too large for technology giants to carry solely on their own balance sheets.

Nevertheless, the reported $100 billion valuation warrants caution. Announced figures in the artificial intelligence build-out are typically spread across many years, subject to revision, and executed in phases rather than as a single immediate expenditure.

Ultimately, the timeline, anchor tenants, and the precise split between gas and nuclear generation will determine if the campus is built as billed. Even so, the proposal confirms that trillions in committed AI infrastructure capital are actively reshaping regional economies and energy markets.