NANO Nuclear Energy and Tillman Digital Gateway sign framework agreement to supply nuclear power to U.S. AI data-center campuses

On August 24, 2026, NANO Nuclear Energy and Tillman Digital Gateway announced a non-binding Strategic Commercial Framework to deploy NANO Nuclear’s KRONOS MMR™ reactors across Tillman’s planned AI industrial zones in the United States. The two companies are targeting 2 GW or more of advanced nuclear capacity by the mid-2030s—and 6 GW or more by 2040.

Agreement establishes NANO Nuclear as Tillman’s preferred nuclear technology provider

The August 24, 2026 agreement positions NANO Nuclear Energy (NASDAQ: NNE) as Tillman Digital Gateway’s anticipated preferred nuclear technology provider for U.S. AI industrial zone projects. Tillman Digital Gateway is the global data-center platform of Tillman Global Holdings, and the framework covers Tillman’s full pipeline of planned U.S. campuses.

The capacity targets are ambitious: 2 GW or more of advanced nuclear by the mid-2030s, scaling to 6 GW or more by 2040. Both figures depend on definitive agreements, customer commitments, financing, and regulatory approvals—none of which exist yet.

Its architecture lets capacity be added incrementally as a campus grows, which fits the staged expansion patterns typical of large data-center developments.

Non-binding as it is, the framework sets a clear commercial direction. It also opens a parallel path for the two companies to extend their collaboration into select international markets where Tillman or its affiliates are building large-scale digital infrastructure.

Power demand from AI infrastructure drives the deal

The core driver is straightforward: AI data centers need enormous, reliable power, and finding it is getting harder. Tillman is building a multi-state pipeline of AI industrial zones designed for hyperscale and AI tenants with gigawatt-scale power requirements. Power availability has become the defining constraint on how fast that build-out can move.

Tillman’s answer is a “power-first” site-selection strategy—evaluating sites specifically for their ability to support multiple generation sources, including advanced nuclear as a medium- to long-term option, rather than locking in land and worrying about power later.

That’s where NANO Nuclear’s KRONOS MMR Energy System comes in. It’s a 15 MWe High-Temperature Gas-Cooled Reactor built for modular, phased deployment. Its architecture lets capacity be added incrementally as a campus grows, which fits the staged expansion patterns typical of large data-center developments.

Framework structure: Joint development, IPP model, and milestone-based warrants

The framework lays out how the two companies plan to collaborate across the full nuclear project-development lifecycle—site evaluation and diligence, licensing and development planning, customer engagement, and eventual deployment.

The contemplated commercial structure follows an independent-power-producer (IPP) model. Under that arrangement, Tillman or its affiliates would finance, develop, and own the project power infrastructure, while NANO Nuclear supplies the reactors and fuel and supports operations. Specific commercial terms get negotiated project by project.

The financial incentive structure is milestone-driven. Tillman receives fully milestone-vesting warrants to purchase up to $100 million of NANO Nuclear common stock. The majority of those warrants vest only when binding reactor purchase commitments are in place—not just for signing the framework—with a smaller portion tied to specified project-development milestones.

The framework also contemplates an initial restricted stock grant to Tillman with a notional value of $5 million. A portion vests on execution of definitive equity grant agreements, but the substantial majority ties back to project-development milestones. The whole structure is designed to align both organizations around measurable progress, not good intentions.

Background: NANO Nuclear’s technology and Tillman’s infrastructure track record

NANO Nuclear describes itself as a leading advanced nuclear micro modular reactor company focused on next-generation energy solutions. Its KRONOS MMR Energy System—the 15 MWe High-Temperature Gas-Cooled Reactor at the center of this deal—is still in development, though its modular architecture is seen as a practical fit for large-campus, phased deployments.

Tillman brings a different but complementary set of capabilities. The firm and its affiliates have developed large-scale digital and energy infrastructure across the U.S., spanning cell towers, fiber networks, in-building connectivity systems, EV charging infrastructure, and more. Since inception, Tillman has secured approximately $16 billion in capital.

That financing track record matters here. The IPP model requires Tillman to carry the capital load for project power infrastructure—a role demanding both development expertise and access to large-scale financing. NANO Nuclear contributes the reactor technology, nuclear licensing pathway, and an integrated approach to the fuel cycle. EAS Advisors LLC, acting through Odeon Capital Group LLC, is advising NANO Nuclear on the transaction.

What the deal means in practice

A few things are worth keeping in mind as this story develops. The agreement is non-binding, and every major term—capacity targets, equity arrangements, project structures—remains subject to definitive documentation that hasn’t been executed yet.

The timeline is also long by design. A 2 GW target by the mid-2030s and 6 GW by 2040 reflects the reality of nuclear project development, where licensing, site approvals, and construction routinely take years.

What the warrant structure does accomplish is tie Tillman’s financial upside directly to concrete project milestones, especially binding reactor purchase commitments. That alignment is meant to push the framework toward actual deployments rather than leaving it as a statement of intent. Whether it gets there depends on regulatory pathways, financing markets, and customer demand—all still open questions.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.