Terra Innovatum and Uvation have signed a Letter of Intent to deploy a 1 MWe SOLO micro-modular reactor as a pilot power source for Uvation’s next-wave AI and modular data center buildouts. The agreement includes an option to scale to 100 MWe across multiple U.S. sites, giving Uvation a dedicated, behind-the-meter nuclear power path as it expands high-density AI clusters and sovereign cloud infrastructure.
The companies said the 1 MWe pilot will serve as the first integration of Terra Innovatum’s SOLO micro-modular reactor (MMR) into an AI-grade data center. Uvation’s CEO said fast-growing AI and inference deployments face shortages in reliable power, adding that some customers forecast demand above 1 GW. The partners said behind-the-meter nuclear aims to address project delays caused by grid constraints and provide immediate, scalable, CO₂-free energy for dense compute environments.
Terra Innovatum positioned SOLO as an accessible, compact SMR engineered for rapid deployment using commercial off-the-shelf components and designed for LEU+ or HALEU fuels. The system is intended to deliver stable, redundant, and grid-independent power suitable for AI, HPC, and edge workloads. Uvation said the 100 MWe expansion option could support multi-site rollout plans tied to its broader multi-gigawatt roadmap.
• 1 MWe SOLO pilot to support Uvation’s high-density AI and modular data centers.
• Option to deploy up to 100 MWe across multiple U.S. sites.
• Behind-the-meter nuclear positioned as a hedge against grid shortages and project delays.
• SOLO uses modular construction, COTS components, and supports LEU+/HALEU fuels.
• Applications include AI data centers, industrial facilities, mini-grids, and process heat.
“As AI infrastructure outpaces today’s grid, the constraint is no longer processing power – it’s reliable, cost-effective power,” said Giordano Morichi, Terra Innovatum’s Chief Business Development Officer.
🌐 Analysis
Micro-modular reactors are emerging as a serious contender for AI-era power sourcing as hyperscale campuses increasingly confront grid bottlenecks, multi-year interconnection queues, and escalating transmission constraints. This LOI joins other early moves by cloud and data center operators exploring dedicated nuclear sources—an area now gaining attention from regulators, private energy developers, and sovereign infrastructure funds. Uvation’s interest in up to 100 MWe underscores a trend among AI infrastructure builders: securing predictable, long-duration power has become a prerequisite for cluster expansion.
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