NANO Nuclear Energy has signed a non-binding Memorandum of Understanding with Super Micro Computer to explore pairing its microreactor systems with Supermicro’s AI server and data-centre platforms. The aim is to create on-site nuclear-powered infrastructure for data centres that need constant, high-density electricity as AI and cloud demand accelerates.
The companies plan to look at several areas, including deploying NANO Nuclear microreactors for dedicated on-site power, integrating Supermicro’s server racks and cooling systems with nuclear energy, and developing joint go-to-market strategies for hyperscale, enterprise and edge customers. NANO Nuclear said the idea is to build a model in which compute and power are designed together, reducing dependence on the grid.
The partnership reflects a broader industry shift: data centre power demand is rising fast, and developers are searching for firm, low-carbon supply that can scale with AI workloads. NANO Nuclear is positioning its KRONOS MMR™ and related microreactor concepts as part of that answer, arguing that compact nuclear systems can provide 24/7 baseload power, modular expansion and carbon-free operation for large digital campuses.
For NANO Nuclear, the tie-up also opens a route into the fast-growing AI infrastructure market through a company already embedded in server, storage and networking hardware supply chains. For Supermicro, it creates a potential pathway to offer customers a more vertically integrated package combining compute, cooling and dedicated energy supply.
The agreement is exploratory and non-binding, but it signals how quickly the boundaries between power generation and digital infrastructure are starting to blur.
