NuCorePower
What is NuCorePower
NuCorePowerTM is an advanced hybrid nuclear energy system designed as a flexible, resilient energy platform that integrates seamlessly into complex infrastructure systems where reliability, autonomy, and long-duration power are essential. Most importantly, unlike conventional nuclear reactors, it can be deployed in under 2 years. Target customers include, but not limited to:
- AI data centers
- Military/Defense
- Manufacturers
- Remote islands
- Micro-grids
- Utility grid
- Ships
- Space applications
Strategic Benefits
Modularity and Scalability
Flexible modular units ranging from hundredths of kW to 3 MW. Scalable to 15 MW, and scaling further to 300 MW, 500 MW, and ultimately 1 GW+, enabling precise, rapid scaling to match evolving datacenter and other large customer demands.
Fueling
The units are assembled, fueled and tested at the factory for easy deployment.
Water
No onsite cooling water required.
Safety
No pressurization. Also, the system is designed to fail gracefully, and enable safe restart.
Transportation
This modular nuclear power can be transported by trucks, cargo aircraft or ships, and be immediately available for use without site excavation.
Seismic and Flood Protection
The modules can be reinforced for deployment in areas with significant seismic and flooding activity.
Waste Management
No refueling on the premise, and no radioactive waste is left on the premises.
Purchase Options
Buying options include direct purchases or long-term power purchase agreements. Contact us at sales@smartenergicorp.com
Use Cases
NuCorePower™ scales from single-module deployments for remote and critical sites to multi-module energy hubs supporting cities, ports, and industrial centers—delivering firm, resilient, long-duration power wherever reliability matters most. Examples of commercial deployment or applications of NuCorePower are AI data centers, Military/Defense, manufacturers, remote islands, micro-grids, utility grid, industrial parks, recreational parks, resorts, smart cities, ships and space applications.
Use Cases Across Critical Infrastructure
NuCorePower™ provides firm, long-duration power for critical applications, scaling from remote single-module sites to large multi-module infrastructure hubs.
Manufacturing Facilities
Industrial baseload and process-energy source
- Improves production reliability
- Stabilizes long-term energy costs
- Supports decarbonization of industrial processes
Military / Defense Installations
Secure, resilient power backbone
- Reduces fuel convoy risk
- Enhances mission assurance
- Supports long-duration autonomous operations
Utility Grid Support
Distributed firm generation asset
- Improves grid reliability
- Reduces congestion and losses
- Supports clean energy mandates with firm capacity
AI Data Centers
Dedicated on-site baseload power plant
- Enables high-density AI workloads
- Reduces dependence on diesel backup
- Improves uptime, cost predictability, and sustainability
Remote Islands
Primary generation source for island grids
- Reduces diesel dependency
- Improves grid stability
- Enables sustainable economic development
Ships (Commercial & Government)
Integration Role: Onboard power plant
- Extends range and endurance
- Reduces fuel logistics
- Supports high-power maritime missions
Micro-Grids (Civil & Commercial)
Grid-forming anchor resource
- Increases resilience and reliability
- Enables operation in disaster-prone or remote regions
- Complements renewable energy sources
Space Applications (Future-Oriented)
Long-duration power source for off-world operations
- Enables sustained space presence
- Supports energy-intensive missions
- Enhances mission resilience
Smart Cities
Integration Role: Urban energy anchor for critical services
- Enhances urban resilience
- Enables reliable electrification of smart infrastructure
- Reduces carbon footprint while maintaining reliability
Recreational Parks & Large Resorts
Integration Role: Clean, quiet baseload power for self-contained environments
- Improves sustainability and visitor experience
- Reduces operational fuel logistics
- Enables year-round, reliable operations
Industrial Parks
Shared baseload energy hub for multiple tenants
- Attracts energy-intensive industries
- Stabilizes energy pricing
- Improves overall park reliability and competitiveness
Airports
Critical infrastructure power backbone
- Improves operational continuity
- Enhances resilience against grid failures
- Reduces emissions and fuel dependency
Harbors & Ports
Integration Role: Clean baseload power for port operations
- Reduces port emissions
- Improves energy reliability for logistics hubs
- Supports sustainable maritime operations
- Contact With Us
Customers/Strategic Partners
If you would like to work with us to develop the best battery cell for your application, or superior thermal management or radiation shielding for your product, please contact us
Summary NuCorePower Applications Table
| Application | Integration Role | Primary Benefit |
|---|---|---|
| AI Data Centers | On-site baseload | Reliability, compute density |
| Military/Defense | Secure power backbone | Mission assurance |
| Manufacturing | Industrial baseload | Uptime, cost stability |
| Remote Islands | Primary grid | Energy independence |
| Microgrids | Grid-forming anchor | Resilience |
| Utility Grid | Distributed firm power | Grid stability |
| Ships | Onboard power | Endurance |
| Space | Long-duration power | Mission enablement |
| Smart Cities | Urban energy anchor | Resilience, sustainability |
| Recreational Parks | Self-contained baseload | Quiet, clean operations |
| Industrial Parks | Shared energy hub | Scalability |
| Airports | Critical infrastructure power | Continuity |
| Harbors | Port baseload & shore power | Emissions reduction |