NextEra and Brookfield are planning a $100 billion data center campus in Kentucky.

      NextEra Energy and Brookfield are set to develop a data center campus in Kentucky, which could cost up to $100 billion, according to Bloomberg. This initiative would be one of the largest individual investments made in the United States for expanding computing capacity aimed at artificial intelligence.

      The partnership combines the capabilities of the largest utility in the nation with one of the most substantial sources of infrastructure funding at a time when the key limitation for AI isn't just chips, but also the energy and land required to operate them.

      Brookfield has been amassing this type of investment power. In late 2025, the asset manager initiated a $100 billion program focused on AI infrastructure and has since broadened its power collaboration with Bloom Energy to $25 billion, establishing itself as a financer of the electricity consumed by data centers.

      NextEra contributes the other half of this venture. Its approximately $67 billion acquisition of Dominion has made it the largest utility in the country, and it has informed investors that it anticipates adding as much as 30 gigawatts of generation capacity for data centers by 2035.

      The composition of its fuel sources reveals a shift in strategy. Previously recognized primarily for its wind and solar initiatives, NextEra is now openly planning to incorporate gas and nuclear energy, a practical approach driven by the continuous power demands of data centers, which require energy at all times rather than only during favorable weather conditions.

      Kentucky is the chosen location, and this is no coincidence. The state has rapidly pursued data centers, with utilities reporting numerous projects in consideration and lawmakers passing initiatives, including a nuclear energy bill this spring, to facilitate their energy needs.

      The appeal lies in the availability of inexpensive, abundant power and land. As major tech companies deplete the readily accessible sites near existing power grids, they are moving into states like Kentucky, following a trend that has already drawn companies like Meta to locations such as El Paso and further inland.

      The magnitude of these undertakings is difficult to comprehend. A campus of this scale would demand energy comparable to that of a large city, and individual data centers planned in Kentucky are projected to consume electricity equivalent to that used by hundreds of thousands of homes.

      This situation creates tension, as the same expansion is driving up electricity costs for households and businesses in some regions, with data center demand competing with other users on the grid.

      For Kentucky, the argument centers on job creation and investment. Although data centers employ relatively few individuals once operational, the construction phase and the potential increase in tax revenue are appealing to a state that has aggressively pursued such projects, even as some residents express concerns about the impacts on energy and water resources.

      The financing model reflects a new landscape. Utilities and infrastructure funds are now increasingly responsible for providing upfront capital, as the amounts involved have surpassed what even the largest tech firms are willing to manage on their own balance sheets.

      Bloomberg describes the campus as a project potentially worth $100 billion, but the timeline, primary tenants, and the balance between gas and nuclear options will determine if it materializes as proposed.

      This figure also warrants caution. Announced values for AI infrastructure projects often get distributed over several years and can be revised, and a development of this size would be constructed in phases rather than all at once.

      With Nvidia's numerous deals and utility capital plans reaching into the trillions, the financial commitments to AI infrastructure have achieved such a magnitude that a $100 billion campus is just a part of a broader trend, with Kentucky identified as a key site for this development pattern.