#United States #Idaho #Deployable Energy #Unity Nuclear #Idaho National Lab

Deployable Energy Selected for Full-Power Reactor Demonstration

In a significant development for the nuclear energy sector, Deployable Energy has been chosen to execute a full-power demonstration of its Unity Nuclear Battery at the Idaho National Laboratory's DOME facility. This exciting announcement was made on October 7, 2026, and it signals a crucial milestone for both the company and the broader advanced nuclear industry. The anticipated demonstration campaign is set to take place in 2027, marking a pivotal step towards ensuring the Unity Nuclear Battery's commercial viability.

The Unity Nuclear Battery is not just any power system; it is a compact and modular nuclear power solution tailored to provide continuous energy for a variety of applications, including industrial, maritime, and remote environments where conventional power infrastructure may not reach.

Achievements Leading to the Selection

Deployable Energy's selection for this upcoming test reflects its remarkable speed in progressing through the initial stages of its reactor demonstration program at the INL. Notably, the Unity achieved criticality on June 30, 2026, a mere 150 days after the project kickoff. This achievement established Deployable Energy as the first company to meet the critical milestone under the Nuclear Energy Launch Pad initiative, which is part of the Department of Energy's efforts to advance nuclear technology development. Furthermore, the company has delivered the fastest and least expensive reactor development in U.S. history.

The significance of the DOME facility cannot be overstated; it was specifically designed to support experimental reactors capable of generating up to 20 megawatts of thermal power. By testing its technology at this national asset, Deployable Energy has gained vital validation of both the Unity design and the rigorous development processes that underpin it.

Leadership Perspectives

Bobby Gallagher, Co-Founder and CEO of Deployable Energy, expressed excitement about the collaboration with the Department of Energy at INL. "Being selected for DOME confirms that Unity, and the way we build it, are working," Gallagher noted. He emphasized that the company's swift pace did not come at the cost of safety or quality. Instead, their strategy has revolved around building the reactor, learning swiftly, and moving towards efficient manufacturing—all of which are crucial for the advanced nuclear industry.

The upcoming demonstration will involve several groundbreaking firsts for the Unity Nuclear Battery's development, including:
1. Factory fueling of the reactor
2. Transporting the fueled reactor
3. Installing and deploying the reactor within DOME
4. Conducting full power operations
5. Redeploying the reactor to a new location post-DOME operations
6. Completing fuel disposition

This comprehensive approach will generate essential performance data across the reactor and its support systems, creating the foundation for repeatable manufacturing and operational protocols.

Regulatory Oversight

Throughout their demonstration phases, the Nuclear Regulatory Commission (NRC) will oversee Deployable Energy's progress, including the upcoming full-power test. This regulatory scrutiny plays a crucial role in supporting the company’s licensing efforts for commercial deployment.

John Wagner, Director of Idaho National Laboratory, praised Deployable Energy’s achievements leading to this opportunity. He noted the facility's intent to serve as a national testbed, thereby allowing various developers, like Deployable Energy, to advance their reactor technologies in parallel. Wagner highlighted the strong public-private partnership exemplified in the collaborative efforts between INL and DOE staff, setting a robust example for future developments.

Future Steps

In the months leading up to the 2027 demonstration, Deployable Energy will collaborate with both the Nuclear Reactor Innovation Center (NRIC) and INL to navigate the engineering, experimental planning, safety considerations, and operational preparations necessary for a successful campaign.

Moreover, Deployable Energy stands distinctively positioned as the sole company slated for the first commercial nuclear maritime demonstration under DOE authorization in the United States, which speaks to its pioneering role in the nuclear energy landscape.

In summary, the selection of Deployable Energy for this vital full-power demonstration marks a momentous leap forward for compact nuclear power systems, heralding a new era of clean energy solutions designed for swift deployment and dependable operation in challenging environments where power is critically needed.