Google is working with Westinghouse to test the eVinci microreactor at remote data centers that support artificial intelligence operations. The pilot program aims to bring clean, reliable power to locations where traditional energy sources are hard to access. This move supports Google’s goal of running on carbon-free energy 24 hours a day by 2030.
(Google’s Westinghouse eVinci Microreactor Pilots for Remote AI Facilities.)
The eVinci microreactor is a small nuclear power unit designed for places that need steady electricity but lack grid connections. It can run for years without refueling and produces no greenhouse gas emissions during operation. Westinghouse says the system is safe, simple to operate, and built to meet strict regulatory standards.
Google plans to install the first pilot units near AI computing facilities in remote areas. These sites often rely on diesel generators or other fossil fuels, which are costly and polluting. Switching to the eVinci reactor could cut emissions and lower long-term energy costs. The company will study how well the technology integrates with its existing infrastructure and whether it can scale for broader use.
Regulatory approval remains a key step before full deployment. Google and Westinghouse are working closely with U.S. agencies to ensure the project meets all safety and environmental requirements. If successful, the pilot could set a new standard for powering energy-intensive AI workloads in isolated regions.
(Google’s Westinghouse eVinci Microreactor Pilots for Remote AI Facilities.)
This partnership marks one of the first times a major tech firm has explored nuclear microreactors for direct data center use. It reflects growing interest in advanced energy solutions as AI demand surges worldwide. Google believes small modular reactors like eVinci offer a practical path toward sustainable computing.