Energy Solutions
Deep Fission flips the traditional, resource-intensive nuclear model—delivering efficient, reliable, and cost-effective onsite electricity through flexible offtake agreements tailored to long-term needs.
Low-cost nuclear energy,
1-mile underground
Whether providing electricity to a small community or powering the data centers behind tomorrow’s AI, Deep Fission’s technology scales safely and efficiently, with far lower overhead.
By placing reactors a mile underground, we eliminate the need for massive above-ground structures to contain and cool the reactor. Instead, we harness the natural pressure, temperature, and shielding of the Earth itself.
This use of deep geology not only enhances safety—it significantly reduces construction costs. The result: cleaner energy at a lower cost per kilowatt-hour.
Deep Fission power scales for hyperscale data centers and large power plants.
| Power Output: | 300 MWe – 1.5+ GWe |
| Borehole Reactors: | 20-100+ |
| Footprint: | ½ acre to 3 square acres |
| Fuel and Refueling: | Low Enriched Uranium (LEU) using 4 standard PWR fuel assemblies |
| Cooling: | Water |
| Natural Containment: | Utilize Earth’s depths to provide essential pressure and safety, no above-ground containment structures |
| Waste Disposal: | Traditional spent fuel handling or permanent borehole storage for secure, long-term management |
| LCOE: | 5-7 cents/kWh |
| Construction schedule: | 6 months |
Deep Fission scales to power large commercial or industrial operations and data centers.
| Power Output: | 150 MWe – 285 MWe |
| Borehole Reactors: | 10-19 |
| Footprint: | ¼ acre to 1 square acre |
| Fuel and Refueling: | Low Enriched Uranium (LEU) using 4 standard PWR fuel assemblies |
| Cooling: | Water |
| Natural Containment: | Utilize Earth’s depths to provide essential pressure and safety, no above-ground containment structures |
| Waste Disposal: | Traditional spent fuel handling or permanent borehole storage for secure, long-term management |
| LCOE: | 5-7 cents/kWh |
| Construction schedule: | 6 months |
Deep Fission powers remote military locations or small commercial operations.
| Power Output: | 15 MWe – 135 MWe |
| Borehole Reactors: | 1-9 |
| Footprint: | ¼ acre to ½ acre |
| Fuel and Refueling: | Low Enriched Uranium (LEU) using 4 standard PWR fuel assemblies |
| Cooling: | Water |
| Natural Containment: | Utilize Earth’s depths to provide essential pressure and safety, no above-ground containment structures |
| Waste Disposal: | Traditional spent fuel handling or permanent borehole storage for secure, long-term management |
| LCOE: | 5-7 cents/kWh |
| Construction schedule: | 6 months |
Why Deep Fission Power?
Ultra Low-Cost Energy
Natural containment removes 80% of cost
Unparalleled Safety
Billions of tons of natural bedrock containment for ultimate security
Fast Deployment
6 months from breaking ground to commercialization
Small Footprint
1 acre for 150 MWe
~3 acres for 1.5 GWe
Immediate Profitability
Profitable from first-of-a-kind (FOAK) deployment
Rapid Deployment
We anticipate a 6 month deployment timeline from breaking ground to commercialization.
- Drilling: 3-4 weeks
- Installation: 8-10 weeks
- Commissioning: 6-8 weeks
Connect with us
Inquire with us about getting involved in a first-of-its-kind deep underground reactor.