When Orion Nuclear Energy Corporation surveys its pipeline of advanced nuclear projects across six U.S. states, its customers keep delivering the same message: they need firm, on-site power faster than the grid can provide it.

A new agreement with Israeli fusion developer nT-Tao is Orion's attempt to address exactly that constraint, by lining up the commercial groundwork for a compact fusion system long before the technology is ready to flip a switch.

The two companies have signed a Memorandum of Understanding establishing a framework for nT-Tao's Compact Fusion System to reach U.S. data centers, industrial facilities, and other high-load users through Orion's project development and commercialization infrastructure.

The Size Problem Driving the Deal

The commercial logic behind the partnership begins with a specific number. nT-Tao's Compact Fusion System is designed to deliver up to 20 megawatts of continuous, clean electricity from a footprint small enough to be sited directly at a customer's facility. That capacity figure is not arbitrary.

Microreactors currently in development from other vendors fall in the one-to-ten megawatt range, while utility-scale small modular reactors start well above fifty megawatts. John Aycoth, Chairman and CEO of Orion Nuclear Energy Corporation, described a 20-megawatt system capable of sitting at a customer's own facility as landing exactly where that gap exists.

The broader market pressure reinforcing that gap is AI-driven demand growth.

Data centers, industrial facilities, and other high-load users are placing mounting strain on the U.S. power grid, and conventional grid expansion timelines have not kept pace with that demand.

Orion is already developing advanced nuclear projects alongside data centers and industrial loads in six states, and the feedback from those customers is consistent with what Aycoth described.

Where nT-Tao's Technology Stands Today

nT-Tao's Compact Fusion System is built on the company's MEGA platform, which stands for Modular Energy Generator Architecture. The company describes the underlying pulsed-power technology as established and engineered for manufacturability and scalable deployment.

The program reached a notable stage in January 2026, when its C3 prototype reached operational status and achieved first plasma. In September 2026, nT-Tao deployed a new 50-megawatt pulsed-power subsystem onto the MEGA platform, representing a five-fold increase in power capability.

The company said that upgrade is directed at advancing the C3 prototype toward its next temperature milestone. nT-Tao has described the Compact Fusion System as still under active development.

Rear Admiral (Ret.) Oded Gour-Lavie, Co-Founder and CEO of nT-Tao, was direct about the technology's current position. Fusion remains a developing technology, he said, and every milestone matters on the path to commercial reality.

The partnership with Orion, in his framing, reflects what nT-Tao looks for at this stage: a partner with real expertise in siting, permitting, and financing energy projects in the United States, capable of building a credible path from the technology's present state toward commercial deployment.

Division of Responsibilities Under the Agreement

The MoU assigns roles according to each company's strengths. Orion will act as U.S. project development and commercialization partner, with responsibilities covering the identification of potential customers and power offtakers, site evaluation, financing structure, and engagement with utilities, infrastructure providers, and regulatory bodies. nT-Tao will contribute the technology side of the equation, providing system design, performance data, a development roadmap, and deployment expertise for the Compact Fusion System.

Following the signing, the companies said they plan to move toward identifying a limited number of initial U.S. opportunities for further evaluation.

Aycoth characterized the early-stage nature of this work as deliberate rather than premature.

A technology that will eventually reach commercial deployment, he said, needs its development pathway established well before it is ready. That means assembling sites, offtakers, financing structures, and early regulatory engagement in advance. That work, he said, is what the two companies are beginning together.

Orion's Reach Across the Advanced Nuclear Sector

Orion Nuclear Energy Corporation describes itself as a global developer of non-carbon, clean energy solutions focused on the colocation of advanced nuclear energy with high-value industries.

Its target sectors include data centers, advanced manufacturing, military bases, universities, and airports.

The company is actively developing small modular reactor, micro-modular reactor, and data center projects across six U.S. states, and it evaluates emerging advanced energy technologies, including fusion, for future commercial deployment.

Orion is headquartered in Alexandria, Virginia, with additional presence in Houston. Alongside Aycoth, the company is led by President and Chief Operating Officer Admiral (Ret.) James F. Caldwell Jr., a former Director of the U.S.

Naval Nuclear Propulsion Program.

nT-Tao's Background and Target Markets

nT-Tao is headquartered in Tel Aviv and was co-founded by Oded Gour-Lavie, Doron Weinfeld, and Boaz Weinfeld. The company describes its mission as redefining the global distributed energy landscape by delivering fusion power that is practical, deployable, and built for demanding energy challenges. Its stated target applications include distributed baseload power, industrial facilities, small towns, ships, data centers, and remote locations.

The Compact Fusion System is positioned as adaptable to both on-grid and off-grid energy needs, with consistent emphasis on a physical footprint small enough for direct on-site installation rather than reliance on centralized generation and transmission infrastructure.