Valar Atomics Plans Multi-Gigawatt Small Reactor Data Center Complex
Valar Atomics has announced plans for a large-scale data center campus in Utah powered by small modular reactors, targeting 9.4 gigawatts of capacity. The company aims to have its first reactor operational by 2028, establishing a novel approach to meeting data center power demands through advanced nuclear technology. This project represents a significant effort to address the energy intensity requirements of modern computing infrastructure.
Valar Atomics is pursuing a substantial infrastructure investment centered on Utah, where it plans to construct an integrated facility combining nuclear power generation with data processing operations. The project's 9.4-gigawatt capacity targets the enormous electricity demands created by modern computing workloads, particularly those associated with data-intensive applications and cloud services.
The company's timeline positions 2028 as a critical milestone for demonstrating operational viability of this model. By consolidating small modular reactor technology with data center operations at a single location, Valar Atomics seeks to create a self-contained power and computing ecosystem, potentially reducing transmission losses and infrastructure costs compared to conventional grid-dependent arrangements.
This development could reshape how technology companies approach energy procurement, potentially offering an alternative pathway for meeting rapidly growing compute power needs. The outcome may influence capital allocation decisions across the tech sector and could affect local economic development and regulatory frameworks in jurisdictions pursuing similar projects. Success or setbacks could signal broader market appetite for nuclear-powered computing infrastructure, while also testing public acceptance of siting reactors near population centers for industrial purposes.