We deploy sleek, resilient, modular, nuclear facilities that deliver scalable, safe, energy fast.
Cleaner Energy Solutions delivers compact, US-built nuclear energy facilities for scalable, carbon-zero power. Watch the video to see how our resilient, modular technology is reshaping the energy landscape.
Resilient footprint in a reliable safe modular design built to withstand natural disasters and provide both power and protection.
Carbon zero energy harnesses fossil-fuel-free baseload power to supercharge the industry grids, eliminating reliance on fossil fuel and unstable clean energy technologies.
Optimized rapid deployment and installation sites are modular and expandable, slashing time and costs with proven pre-certified designs.
Cleaner Energy Solutions SMR technology uses dramatically less land than alternatives, delivering efficient energy without compromising the environment for present and future generations.
We are moving fast on 30+ strategic locations to deploy our modular facility technology, effectively redesigning the energy map to deliver the high-density, unbreakable power required by the AI age.
A side-by-side look at land footprint and scalability for a 300 MW CES SMR module versus a traditional 1,000 MW plant.
| Metric | CES SMR (300 MW Module) | Traditional 1,000 MW Plant |
|---|---|---|
| Operational Footprint | 0.344 acres | 200—835 acres |
| Total Footprint (with Buffers) | 1—5 acres/module | 200—835 acres |
| Land Use Efficiency | 92%—99% less per MW | Baseline |
| Scalability | Modular, scalable to GW | Fixed, large-scale |
Stay informed with the latest updates on nuclear energy, SMR technology, and the future of power generation.
The five largest AI hyperscalers are projected to spend $1.1 trillion on AI infrastructure in 2027 alone, surpassing the U.S. defense budget as a share of GDP. This historic shift demands clean, reliable baseload power at unprecedented scale.
The Department of Energy announced that its AI-powered platform, in collaboration with Everstar's Gordian AI, successfully converted a complex safety analysis document into 208 pages of high-quality NRC license application content in just one day — a process that normally requires a team of experts four to six weeks.
As lawmakers from both parties advance legislation aimed at protecting consumers from rising electricity costs tied to data centers, a compelling op-ed published in Fortune argues that these facilities are not the core problem. Instead, the real culprit is a decades-old, underbuilt grid struggling to keep pace with modern demands.
Get the latest news on our projects, policy updates, and exclusive insights into SMR technology.
