← Investor PortalInterested in the Company? Request more Information

ST550566

A pioneering energy company is engineering a Micro Modular Reactor (MMR) to provide reliable, 24/7 carbon-free power for data centers, industrial sites, remote locations, and government applications. This compact, factory-built reactor produces 2 megawatts of electricity (MWe), with a footprint of less than an acre, and each unit prevents 18,000 tons of CO₂ emissions annually. Its scalable, stackable design allows for easy deployment, addressing the growing global energy crisis while meeting the demands of high-energy industries.
‍
Backed by leading PhD researchers and engineers specializing in nuclear, structural, mechanical, and materials science, the company is developing an innovative lightwater reactor design, leveraging autonomous control, passive safety mechanisms, and real-time digital twin monitoring.

Overview

Industry: Nuclear Energy & Infrastructure Development
Founded: 2024
Headquarters: United States
Mission: To provide scalable, carbon-free, 24/7 power solutions for high-energy industries, critical infrastructure, and remote locations.
Vision: To revolutionize global energy infrastructure through modular nuclear technology, ensuring reliable, sustainable, and cost-effective power where it’s needed most.
Unique Value Proposition:

→ First-of-its-kind 2MW Micro Modular Reactor (MMR) offering factory-built, truck-trailer-sized deployment with minimal on-site construction.

→ Digital Twin technology for real-time reactor monitoring, reducing operational costs and enhancing safety.

→ Scalable, stackable design enables flexible deployment for data centers, industry, remote regions, and defense applications.

→ Strong early traction: 500+ pre-orders from data center clients and first paying customer secured.

→ Proprietary reactor design & early regulatory engagement provide a significant technology moat and first-mover advantage in the sector.

This company is positioned to become a market leader in modular nuclear power, addressing a $6T energy crisis with a disruptive, high-demand solution.

Problem & Solution

Problem: The energy infrastructure crisis is limiting economic growth and national security

→ 746M people lack access to electricity.

→ The Texas 2021 power crisis cost $195Bn.

→ Rising energy demand is outpacing supply, especially for data centers and remote facilities.
Solution: The company is developing the first 2MW MMR, offering:

→ Reliable & scalable clean energy for industries with 24/7 demand.

→ Modular, rapidly deployable reactors for easy transport and installation.

→ First-mover advantage with a technology moat, including proprietary reactor designs and digital twin capabilities that optimize performance and reduce maintenance costs.

Market Potential

This company is addressing a $6 trillion energy challenge across multiple high-growth sectors:
Market Size:
Data Centers: $334Bn TAM | 12% CAGR
→ Customers: AI clusters, crypto mining, hyperscalers, cloud providers
Remote Areas: $1.2Tn TAM | 8% CAGR
→ Customers: Mining, research stations, island communities, disaster relief
Industrial: $1.53Tn TAM | 6% CAGR
→ Customers: Steel, chemical processing, oil & gas, construction
District Heating: $191Bn TAM | 6% CAGR
→ Customers: Commercial, residential, agricultural sectors
Defense: $12Bn TAM | 8% CAGR
→ Customers: Forward operating bases, mobile power units, critical infrastructure
Space: $3Bn TAM | 8% CAGR
→ Customers: Deep-space exploration, lunar base power, propulsion
With 500+ pre-orders from data center clients, this company has a strong early-market foothold.

Product & Technology

Electrical Output: 2MWe
Thermal Output: 5-7MWth
Fuel Cycle: 10+ years
Core Technologies: HALEU fuel, Digital Twin, OpenMC, Serpent, RELAP5 3D, Moose Framework, Solidworks CAD
Development Stage: Entering prototyping phase with strong demand from data centers
IP Portfolio: 3 patents filed (utility & design), with more in progress
Product Roadmap

→ 2025: Conceptual & environmental design review
→ 2026: Critical design review, licensing applications, early revenue
→ 2027: Construction, regulatory approvals
→ 2028: Full-scale deployment and commercialization

Business Model

Revenue Streams:

→ Power Purchase Agreements (PPAs)
→ Direct sales
→ Lease-to-own models
Customer Acquisition:

→ Strong inbound interest through LinkedIn, industry newsletters, and conferences
→ 20-30 year maintenance/service contracts for long-term revenue
Sales Channels: Direct sales, partnerships with packaging companies, and specialized distributors.
Key Partnerships:

→ National Labs: Idaho National Laboratory
→ Top Universities: UC Berkeley, Ohio State, University of Michigan
→ Regulatory Agencies: US Nuclear Regulatory Commission, Department of Energy, Department of Defense

Financials

Funding to Date: $1.1M
Burn Rate: $30k/month
Runway: 1+ year
Projected Revenue:

→ Year 1: $50M
→ Year 3: $150M
→ Year 5: $500M
Key Metrics:

→ Customer Acquisition Cost (CAC): $10k
→ Lifetime Value (LTV): $60M over 20 years
→ Gross Margin: 40%
→ Net Profit Margin: 32%

Team

Leadership:

‍CEO: Second-time founder, nuclear engineer with expertise in technical sales
‍Chief Systems Architect: Former industry executive, engineering professor, advisor to US Congress
Key Team Members:

‍CTO: Deep expertise in nuclear system design
‍PhD-led teams for reactor physics, structural engineering, and machine learning
Hiring Plans: Scaling engineering, manufacturing, regulatory, and sales teams

Competitive Analysis

Direct Competitors:

‍Westinghouse: Developing sodium-cooled reactors (costly, unproven)
‍Radiant: 1MW helium-cooled reactors (long development timeline)
Indirect Competitors: TerraPower, NuScale, Oklo
Competitive Advantage:

→ Factory-built reactors for rapid deployment with minimal site construction
→ First-mover advantage with proprietary technology & early regulatory engagement
→ University partnerships & deep research expertise

Traction & Milestones

500+ Letters of Intent from data center customers
First paying customer (PPA secured)
Recognized by Forbes Technology Council, Harvard Business Review, ASME
Strong industry partnerships (DOE, NRC, major universities)

Risks & Mitigation

Market Risks: Regulatory hurdles and public perception of nuclear energy
→ Mitigation: Early collaboration with DoE, NRC, and international regulators
Operational Risks: HALEU fuel supply chain bottlenecks
→ Mitigation: Partnering with uranium suppliers for early procurement
Financial Risks: High manufacturing costs
→ Mitigation: Securing long-term PPAs and strategic investors

Funding Requirements

Raising: $10M
Use of Funds:

→ Product Development: First working prototype, licensing, and testing
→ Hiring: Expanding engineering & manufacturing teams
→ Marketing & Sales: Industry outreach, conferences, global expansion
→ Regulatory Compliance: Licensing & safety certifications

Exit Strategy

IPO (2-4 years): Engaging with investment banks for a public offering
Acquisition: Potential buyers include major energy conglomerates, data center operators, industrial firms
Strategic Partnerships: Open to partial acquisitions while scaling long-term operations

Why Invest?

Massive Market: Addressing a $6T energy problem
Game-Changing Tech: First scalable, rapidly deployable MMR
Strong Traction: 500+ pre-orders, paying customers, and industry partnerships
Proven Team: Top engineers, PhDs, and business leaders
Regulatory Head Start: Early engagement with government and nuclear authorities
High-Growth Potential: $500M revenue target in 5 years