Research & Innovation

Applied Energy Research at Real-World Scale

Powerplex would make possible research that cannot happen in a traditional lab. Most labs can study individual components like a particular material, specific sensor, storage concept, computer model, or control system. Powerplex would let researchers study how those components perform together in a working energy system and under real-world conditions.

Why does this matter? Because the next generation of clean, reliable energy will depend on integration. Energy will need to be produced, stored, converted, controlled, and used across many different settings and industries.

Research Areas

Powerplex would support interdisciplinary research across several focus areas:

Integrated Energy Systems

Studying how a next-generation nuclear reactor, energy, storage, controls, and other sources operate as one connected system.

Advanced Materials

Understanding how materials perform under demanding conditions that include heat, radiation, stress, and time.

Energy Storage and Conversion

Testing how heat and electricity can be stored, converted, delivered, and used efficiently.

Grid Resilience and Control Systems

Using instrumentation, automation, cybersecurity, and software to monitor and manage complex energy systems to keep power steady and responsive.

Controls and Data

Sensors, software, and control systems would help researchers understand how the full system performs under real conditions, in real time.

Industrial Decarbonization

Exploring how clean, reliable energy can support advanced manufacturing, computer processing, critical infrastructure, and other high-demand uses.

From Research to Demonstration

Powerplex would close the gap between promising ideas and real-world use.

Although new technologies may work in theory or in a small lab experiment, they must still be tested under realistic conditions before they can be safely deployed. Powerplex would give researchers and industry partners a space to study performance, reliability, controls, safety, and integration at a meaningful scale.

That makes Powerplex a platform for practical innovation, where students, faculty, industry, and public agencies can work cooperatively on developing energy systems that are closer to the conditions faced outside the lab.

A Shared Research Environment

Powerplex would bring together researchers from nuclear engineering, mechanical engineering, electrical engineering, materials science, computer science, systems engineering, industrial manufacturing, engineering management, and technical communication.

That mix is essential because the future of energy depends on more than a single component. Missouri’s next energy economy depends on the synergy of an intentionally designed system accounting for the interactivity and integration of next generation reactors, novel storage solutions, and aging electrical grids. Powerplex is a place where these components can be studied together as an interconnected energy system.