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NANO Nuclear Energy and Tillman Global Holdings have entered a strategic commercial framework that positions NANO’s microreactor technology as the preferred nuclear energy source for Tillman’s future AI data center campuses across the United States. The non-binding agreement, announced on August 24, lays out a roadmap to deploy over 2 GW of advanced nuclear capacity by the mid-2030s, scaling to 6 GW by 2040.

What the deal actually includes The framework designates NANO Nuclear’s KRONOS MMR microreactor, rated at 15 megawatts electric, as Tillman Global’s go-to nuclear energy solution. The collaboration spans multiple phases: site evaluation, licensing support, and project development.

On the financial side, the structure is built around milestone-based equity incentives. NANO Nuclear could receive warrants worth up to $100 million in NNE stock, contingent primarily on binding reactor purchase commitments. There’s also an initial restricted stock grant of $5 million baked into the arrangement.

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The word “non-binding” deserves emphasis here. Nothing in this framework obligates either party to purchase, build, or deploy anything. The aggressive capacity targets are contingent on definitive agreements and regulatory approval. NANO’s KRONOS MMR is currently at the NRC construction permit pre-application stage, meaning the reactor design hasn’t yet received a construction permit, let alone an operating license.

Why Tillman matters Tillman Global Holdings has amassed approximately $16 billion in capital since its founding in 2013, built on a track record of financing digital infrastructure projects. For NANO Nuclear, a company still in the pre-revenue, pre-construction-permit phase of its reactor development, having a partner with that kind of capital base is significant.

This deal also follows NANO Nuclear’s recent memorandum of understanding with Supermicro for on-site microreactor installations. The pattern is clear: NANO is systematically lining up commercial relationships across the data center ecosystem, building a pipeline of potential customers before the reactor itself is ready for deployment.

The bigger picture: nuclear and the AI power crunch Microreactors represent a particular bet within the nuclear space. Unlike traditional gigawatt-scale nuclear plants, microreactors are designed to be factory-fabricated and deployed at or near the point of consumption. A 15 MWe unit like the KRONOS MMR could theoretically sit adjacent to a data center campus and provide dedicated, carbon-free baseload power without relying on grid transmission infrastructure.

For investors watching NANO Nuclear’s stock, the equity incentive structure in this deal is worth parsing carefully. The $100 million in potential warrants is tied to binding reactor purchases, not to the framework itself. The $5 million restricted stock grant provides more immediate value, but it’s modest relative to the scale of the capacity targets being discussed.

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