Energy Department Unveils $17.5 Billion Loans for 10 AP1000 Reactors as 7 Utilities Enter Talks
Updated
Updated · Heatmap · Jun 23
Energy Department Unveils $17.5 Billion Loans for 10 AP1000 Reactors as 7 Utilities Enter Talks
3 articles · Updated · Heatmap · Jun 23
Summary
$17.5 billion in low-interest Energy Department loans would back up to 10 Westinghouse AP1000 reactors across five U.S. sites, with utilities and Westinghouse jointly owning the plants.
The buildout targets roughly 11 gigawatts of near-constant zero-carbon power, using a standardized bulk order to cut costs and reduce the timing mismatches that plagued Georgia's Vogtle project.
Five loans are expected to be available, and the department is already in discussions with seven utilities as the Trump administration pushes a large-reactor strategy instead of long-hyped small modular designs.
If completed, the fleet would rank among the biggest state-assisted U.S. clean-power expansions in years, though the reactors are not expected to come online until 2035.
Is this nuclear investment the best way to power AI, or are there faster, cheaper clean energy paths?
As the U.S. plans ten new reactors, where will the resulting nuclear waste be permanently stored?
Will new nuclear power arrive in time to fuel the AI boom, or are construction delays inevitable?
U.S. Commits $17.5 Billion for 10 New Nuclear Reactors: Powering AI, Strengthening Energy Security, Competing Globally
Overview
On June 23, 2026, the U.S. Department of Energy (DOE) announced a $17.5 billion commitment in low-cost loans to support the construction of up to 10 new nuclear reactors across the country. This major investment is part of a larger $80 billion public-private partnership involving key industry players like Westinghouse Electric Company, Cameco Corporation, and Brookfield Asset Management, who began collaborating in 2025. The initiative aims to strengthen the nation’s nuclear energy infrastructure, accelerate advanced reactor deployment, and ensure the U.S. meets rising electricity demand while maintaining energy security and technological leadership.