Innovation
Pioneering the Future of Energy
Innovation Focus Areas
Six strategic areas where we are investing to advance the future of nuclear energy.
Advanced Reactors
We are developing next-generation reactor designs that go beyond conventional water-cooled technology. Our advanced reactor program — spanning Generation IV concepts and transportable micro-reactors — focuses on higher thermal efficiency, reduced waste, and enhanced inherent safety. These systems promise to expand the applications of nuclear energy beyond electricity to industrial heat, hydrogen production, and district heating.
Program Highlights
- Gen IV reactor concepts with passive safety and high-temperature operation
- Small Modular Reactor (SMR) program progressing through licensing
- Micro-reactor concepts for remote and military applications
AI & Digital Twins
Artificial intelligence and digital twin technology are transforming how we operate and maintain our fleet. Full-fidelity digital replicas of our plants allow us to simulate operations, predict maintenance needs, and optimize performance — all without disturbing live systems. Our AI systems analyze millions of data points to identify anomalies before they develop into operational issues.
Program Highlights
- Full-plant digital twins deployed across the fleet
- Predictive maintenance models reducing unplanned outages
- AI-assisted operator decision support tools
Robotics & Automation
Robotics and automation are enhancing safety and efficiency in environments that are challenging for humans — from in-vessel inspection to remote site monitoring. Our robotics programs reduce worker radiation exposure while enabling more thorough, faster inspections and maintenance.
Program Highlights
- Robotic inspection systems for reactor internals
- Autonomous drones for site and facility monitoring
- Remote handling systems for challenging maintenance tasks
Materials Science
Advances in materials science are enabling longer plant life, higher performance, and safer operation. Our materials research focuses on radiation-resistant alloys, advanced fuel cladding, and concrete technologies that extend the design life of our facilities and improve the economics of new construction.
Program Highlights
- Next-generation zirconium alloys with higher burnup capability
- Advanced concrete formulations for accelerated construction
- Materials testing programs for 80-year design lives
Cybersecurity
In an increasingly connected world, cybersecurity is integral to nuclear safety. Our cyber defense program combines layered network security, real-time threat intelligence, and continuous testing to protect critical plant systems from evolving threats.
Program Highlights
- Defense-in-depth network architecture
- Continuous penetration testing and red team exercises
- Active threat intelligence and information sharing partnerships
Advanced Manufacturing
We are reimagining how nuclear plants are built. Advanced manufacturing techniques — including modular construction, 3D printing of complex components, and robotic welding — are reducing construction costs, improving quality, and dramatically shortening project timelines.
Program Highlights
- Factory-fabricated modules reducing on-site work by 60%
- Qualified 3D-printed components in nuclear service
- Digital work packages enabling fully paperless construction
Our Innovation Approach
Our innovation approach combines disciplined engineering, deep scientific research, and strategic partnerships to turn bold ideas into reliable, deployable technology.
01
Discover
Fundamental research and early-stage concept exploration.
02
Develop
Prototyping, simulation, and rigorous testing.
03
Demonstrate
Pilot deployments and full-scale validation.
04
Deploy
Commercial scaling with quality and safety assurance.