Strategic Deployment

30+ Sites Across
The United States

Strategic deployment plan targeting maximum grid impact and economic benefit. Interactive map showcasing our comprehensive SMR network.

Explore Our SMR Network

Click on any location to view detailed site information, technical specifications, and project status

Map shows confirmed and planned installations. Additional sites under evaluation.

Deployment Overview

36+ GW
Total Capacity
40
Reactor Modules
30
Planned Sites
5,000+
Jobs Created
Priority Region

Puerto Rico Grid Transformation

Delivering reliable, carbon-zero power to strengthen Puerto Rico's energy independence

Arecibo SMR Facility Rendering

Arecibo

Site Analysis
Modules: 3
Capacity: 900 MW
Annual Output:
7.25 TWh per year

Northern grid hub with renewable energy integration capabilities

Key Features:

  • Hurricane resilience
  • Tech sector power
  • Research partnerships
  • Renewable energy integration
  • 24/7 reliable power delivery
Learn More →
Morovis SMR Facility Rendering

Morovis

Planning
Modules: 2
Capacity: 600 MW
Annual Output:
4.84 TWh per year

Central mountain distributed generation node

Key Features:

  • Rural electrification
  • Agricultural support
  • Backup grid connection
  • Mountain region resilience
  • Distributed generation hub
Learn More →
San Germán SMR Facility Rendering

San Germán

Planning
Modules: 6
Capacity: 1800 MW
Annual Output:
14.51 TWh per year

Flagship 6-module installation providing baseload power for western Puerto Rico

Key Features:

  • Grid stabilization
  • Economic development hub
  • Desalination integration
  • Hurricane-resilient infrastructure
  • 24/7 baseload power generation
Learn More →

3,300 MW

Total PR Capacity

60%

Of Island's Power

Zero

Carbon Emissions

$2.5B

Economic Impact

Continental Expansion

U.S. Strategic Sites

Powering AI data centers and strengthening grid infrastructure nationwide

Memphis Colossus Facility

Memphis Colossus

Memphis, TN

Development

Modules

4

Capacity

1200 MW

Annual Output
9.67 TWh per year @ 92% CF

xAI Colossus data center dedicated power supply

Project Highlights:

  • AI computing power
  • Grid integration
  • Economic partnership
AWS Virginia Hub Facility

AWS Virginia Hub

Northern Virginia

Exploratory

Modules

4

Capacity

1200 MW

Annual Output
9.67 TWh per year @ 92% CF

Data center corridor power optimization

Project Highlights:

  • Cloud computing
  • Renewable integration
  • Grid reliability
Energy Production Capacity

Annual Baseload Power Generation

Clean, reliable, carbon-zero energy at scale—calculated with 92% capacity factor for advanced nuclear SMRs

Puerto Rico Cluster

San Germán (1,800 MW) 14.51 TWh/year
Arecibo (900 MW) 7.25 TWh/year
Morovis (600 MW) 4.84 TWh/year

Total Output

26.6 TWh

per year

Installed Capacity

3,300 MW

Nearly doubles Puerto Rico's current grid while eliminating fossil fuel dependence

Mainland Deployment

Memphis Colossus (1,200 MW) 9.67 TWh/year
AWS Virginia Hub (1,200 MW) 9.67 TWh/year

Total Output

19.3 TWh

per year

Installed Capacity

2,400 MW

Dedicated AI/data center power with zero carbon emissions

Combined Portfolio

45.9 TWh

Annual Generation

5,700 MW

Total Capacity

Reliable, dispatchable, carbon-zero baseload power—scalable to 30+ GW (260+ TWh/year) through modular deployment

Note: Calculations based on 92% capacity factor for advanced SMR systems, accounting for scheduled maintenance and 99.9% reliability. Each additional 300 MW module adds ~2.42 TWh/year of clean energy.

Sustainability

Minimal Environmental Footprint, Maximum Impact

Sustainable Development by Design

Every CES site is engineered to minimize environmental impact while maximizing clean energy output. Our compact footprint preserves ecosystems and agricultural land.

CO₂ Reduction

15M tons/year

Land Saved

150,000 acres

Land Conservation

99% less land than equivalent solar capacity—preserving natural habitats

Zero Emissions

Carbon-free power generation eliminating millions of tons of CO₂ annually

Water Efficiency

Closed-loop cooling systems minimizing water consumption