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Selection advances development of Deployable Energy’s Unity reactor through collaboration with the National Reactor Innovation Center Washington, DC — April 27, 2026— Deployable Energy today announced it has been selected to advance into the U.S. Department of Energy’s (DOE) Nuclear Energy Launch Pad program, an initiative led by the National Reactor Innovation Center (NRIC) to help accelerate the development and demonstration of advanced nuclear technologies. Following a com

At Deployable Energy, our technology is only part of the story. What truly drives our progress is the people behind it—engineers, operators, and leaders who chose to join this company because they believe in what we’re building and why it matters. ‍ Each member of our leadership team came to Deployable Energy from a different path: national labs, industry, academia, startups, and field operations. What they share is a conviction that energy should be reliable, practical, and

FOR IMMEDIATE RELEASE ‍ Deployable Energy Announces Research Agreement with Texas A&M Engineering Experiment Station to Advance Scalable Microreactor Technology ‍ Houston, TX — February 19, 2026 — Deployable Energy today announced a new research partnership with Texas A&M Engineering Experiment Station (TEES), formalizing a multi-year collaboration that will enable streamlined future regulatory activities. This partnership strengthens the development of a nuclear-ready workfo

Idaho Falls, ID — Deployable Energy, the Houston-based microreactor company, today announced they selected Idaho National Laboratory (INL) as the host site for the company’s upcoming reactor demonstration. This marks a major milestone on the path toward demonstrating Deployable Energy’s first operational microreactor. ‍ The initial reactor demonstration will validate core physics of the Unity Nuclear Battery and provide early data to support the company’s manufacturing and d

When people hear the word nuclear, they often think first about physics: neutrons, fuel, containment, power output. All of that matters. But history shows that the technologies that truly change the world are not defined by their scientific elegance alone. They succeed because someone figures out how to build them repeatedly, reliably, and affordably, at a scale that matches real human needs. ‍ At Deployable Energy, our mission is to develop 1-megawatt microreactors that can

After Decades of Nuclear Innovation, Where are all the Microreactors? ‍ Microreactors have always been the holy grail of distributed power. From the very beginning of the nuclear age, the promise was clear: abundant energy, liberated from fuel insecurity and fragile supply chains. And yet, more than 75 years later, that promise remains largely unfulfilled. From the first light bulb powered by nuclear energy in the Idaho desert in 1951, to the last decade of aggressive federal