The path to reliable, clean energy requires collaboration.
More reliable and flexible power generation
Advanced nuclear energy represents a timely evolution in reactor technology. Designed to enhance safety and efficiency, these next-generation reactors leverage innovations that address the limitations of traditional nuclear power. Advanced nuclear reactors are factory-built solutions that can be transported to sites, reducing on-site construction, and minimizing the risks of cost and schedule overruns.
Why do we need scalable nuclear?
As energy demands grow and decarbonization goals become more urgent, we believe advanced nuclear technologies offer complementary solutions to intermittent renewable sources.
One potential piece of a complex energy puzzle.
Advanced nuclear technology is gaining momentum across the energy sector. Industry leaders and partners are recognizing the transformative potential of these innovations. Recent collaborative announcements highlight a growing consensus around advanced nuclear capabilities—offering improved safety, reduced operational complexity, minimized site work, and accelerated market readiness.
Growing Energy Demand
Global energy demand is increasing at a rate that outpaces current utility infrastructure capabilities. A reliable baseload power solution is critical to support this escalating energy requirement. Advanced nuclear reactors are a promising solution, as they can be deployed more rapidly than traditional utility-scale generation, especially in remote and semi-remote areas. This approach ensures consistent power availability and helps customers avoid costly operational disruptions.
Industrial Heat Needs
Advanced nuclear reactors can generate high-temperature heat for industrial processes, providing clean, on-demand thermal energy to areas traditionally challenging to serve. This capability opens new pathways for more efficient industrial practices, delivering abundant heat precisely where and when it is needed.
Decarbonization Goals
Current clean energy sources alone are insufficient to meet global decarbonization targets. While solar and wind provide renewable energy, they remain intermittent and weather dependent. Nuclear energy stands out as the only emissions-free power source capable of generating electricity consistently—24 hours a day, 7 days a week—thereby offering a reliable pathway to achieving comprehensive decarbonization objectives.
We see advanced nuclear not as a replacement, but as a timely complement to our existing energy infrastructure—a pathway to more reliable and flexible power generation.