Dedicated Power for the AI Era.
AI infrastructure is outpacing the grid. Training clusters demand hundreds of megawatts of uninterruptible, carbon-free power, and the utility interconnection queue is measured in years, not months. The ARC-100 delivers 100MWe of dedicated, on-site baseload energy with a 20-year fixed fuel cost. No grid dependency. No emissions.
The Grid Was Not Built for AI.
Global data center power demand is projected to exceed 100GW by 2030. Every new hyperscale campus requires hundreds of megawatts of firm, reliable power, and the existing energy infrastructure cannot deliver it fast enough, cleanly enough, or reliably enough.
Grid Constraints
Utility interconnection queues now exceed 5 years in major markets. New data center campuses are being denied grid connections entirely. You cannot build a 500MWe campus on a grid that was designed for suburban load.
Intermittent Renewables
Solar and wind cannot guarantee the 99.999% uptime your SLAs demand. A 100MWe solar farm produces 25MWe on average, requires 500+ acres, and goes dark every night. Battery storage at data center scale remains economically prohibitive.
Natural Gas Volatility
Gas-fired generation exposes your operating budget to commodity price swings and creates carbon emissions.
Exponential Demand
AI training clusters are scaling from 50MWe to 500MWe and beyond. Every new foundation model doubles compute requirements. The energy infrastructure pipeline cannot keep pace with the rate of AI capacity deployment.
Every Constraint, Eliminated.
The ARC-100 was engineered for exactly this moment. A compact, passively safe reactor that delivers firm, clean power directly to your facility, on your timeline, at a fixed cost, for two decades.
Dedicated behind-the-meter power
The ARC-100 deploys on-site, delivering power directly to your facility. No grid interconnection queue. No transmission constraints. No curtailment risk.
24/7 carbon-free baseload
95% capacity factor. The reactor operates continuously for years between refueling. Your GPUs run at full utilization, around the clock, regardless of weather or time of day.
Zero operational emissions
Every MWh from the ARC-100 is carbon-free. Meet your net-zero commitments and Scope 2 targets without offsets, without credits, without compromise.
20-year fixed energy cost
The ARC-100 fuel cycle lasts 20 years. Your energy cost is locked at commissioning. No exposure to natural gas spot markets, carbon taxes, or renewable intermittency premiums.
City-block footprint
The ARC-100 occupies a fraction of the land required by equivalent renewable installations. It co-locates directly with your data center campus, not 50 miles away on a transmission line.
Rapid deployment
Factory-fabricated modules arrive on standard transport. The ARC-100 meets the deployment timelines the technology industry demands.
How ARC-100 Compares.
For data center operators evaluating long-term energy infrastructure, the comparison is definitive. No other source delivers this combination of density, reliability, cost certainty, and zero emissions.
| Metric | ARC-100 | Solar | Wind | Natural Gas |
|---|---|---|---|---|
| Capacity Factor | 95% | ~25% | ~35% | ~85% |
| Carbon Emissions | Zero | Zero* | Zero* | High |
| Price Stability | 20yr fixed | Variable | Variable | Volatile |
| 24/7 Availability | Yes | No | No | Yes |
| Behind-the-Meter | Yes | Limited | No | Possible |
* Solar and wind produce zero direct emissions but require fossil backup or storage for 24/7 operation.
Behind-the-Meter. On Your Campus.
The ARC-100 is deployed on or immediately adjacent to your data center campus. Power is delivered directly to your facility, not through shared grid infrastructure. This is dedicated, private generation purpose-built for your operation.
Co-located Generation
The reactor sits within or adjacent to your campus perimeter. City-block footprint. No long-distance transmission, no line losses, no grid congestion.
Modular Scaling
Start with one 100MWe unit. Add capacity as your campus grows. Each unit operates independently, so your power scales with your compute.
Passive Safety by Design
The ARC-100 uses sodium coolant and metallic fuel with inherent physics-based safety. No operator action is required to shut down safely. No risk of meltdown. No exclusion zone beyond the site boundary.
Waste Heat Utilization
High-temperature reactor output can drive absorption chillers for data center cooling, reducing your total energy footprint and eliminating the need for separate cooling infrastructure.
Backed by Proof, Not Promise.
ARC is not a concept. We are actively engaging the largest data center developers in the United States on deployment timelines, site selection, and power purchase structures. Our technology is backed by 30 years of prototype validation and a world-class nuclear operating partner.
Engagement with major US data center developers on multi-site deployment opportunities
Participated in Request for Information with a leading hyperscale data center operator
Strategic partnership with Korea Hydro & Nuclear Power, operator of 26 commercial reactors worldwide
Advanced regulatory position in North America, with NRC engagement underway
Power Your Next Data Center.
Whether you are planning a new hyperscale campus or expanding an existing facility, our team is ready to scope an ARC-100 deployment for your site. 100MWe per unit. 20 years of price certainty. Let’s build the energy infrastructure the AI revolution requires.