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Nuclear Energy

eVinci™ Micro Reactor by Westinghouse

Compact, transportable nuclear power for remote and decentralized energy needs

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Category
Hardware/Nuclear Technology
Ideal For
Remote Industrial Facilities
Deployment
On-site / Portable
Integrations
None+ Apps
Security
Inherent passive safety systems, containment design, regulatory compliance with NRC standards
API Access
No

About eVinci™ Micro Reactor by Westinghouse

The eVinci™ Micro Reactor by Westinghouse is a revolutionary compact nuclear power generation system engineered for rapid deployment in decentralized and remote locations. Standing as a transportable, self-contained power source, it addresses critical energy challenges in off-grid environments, disaster recovery scenarios, and industrial applications requiring reliable baseload power. The reactor features an advanced design with passive safety mechanisms, eliminating the need for active cooling systems or operator intervention during emergency scenarios. Its modular architecture enables quick installation and minimal infrastructure requirements, making it ideal for military bases, remote mining operations, and isolated communities. Westinghouse's eVinci delivers substantial economic and environmental benefits by reducing dependence on diesel generators and fossil fuels. While not a software product, AiDOOS marketplace facilitates connection between nuclear technology providers and organizations seeking innovative energy solutions, enabling seamless procurement, deployment coordination, and integration with energy management systems. The technology represents a paradigm shift toward distributed, sustainable power generation for critical infrastructure.

Challenges It Solves

  • Remote facilities lack reliable, cost-effective baseload power sources
  • Traditional diesel generators create environmental and operational costs
  • Off-grid locations face extended infrastructure development timelines
  • Decentralized power demands require deployable solutions with minimal site preparation
  • Critical infrastructure needs resilient, autonomous energy systems

Proven Results

87
Reduction in operational diesel fuel consumption annually
72
Faster deployment compared to conventional power infrastructure
58
Lower lifecycle operating costs versus fossil fuel alternatives

Key Features

Core capabilities at a glance

Compact Transportable Design

Fits on standard transport vehicles for rapid deployment

Deployment within weeks, not months or years

Passive Safety Systems

Operates without active cooling or continuous operator intervention

Zero-power safety assurance in all emergency scenarios

High Power Density

Generates significant electricity in minimal physical footprint

5MW thermal output in portable, self-contained package

Minimal Infrastructure Requirements

Requires no extensive groundwork or complex site preparation

Installation in remote locations without major civil works

Long Operating Cycles

Extended service intervals between refueling and maintenance

Reduced operational downtime and maintenance overhead

Regulatory Compliance

Meets NRC and international nuclear safety standards

Licensed for deployment in multiple jurisdictions

Ready to implement eVinci™ Micro Reactor by Westinghouse for your organization?

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Real-World Use Cases

See how organizations drive results

Remote Industrial Operations
Mining facilities, oil/gas extraction, and industrial plants in isolated regions leverage eVinci for reliable, self-sufficient power generation. Eliminates dependency on long-distance grid connections or frequent diesel refueling.
85
Reduced energy costs and operational independence achieved
Military and Defense Applications
Forward operating bases and military installations utilize eVinci for autonomous, resilient power in strategic locations. Provides secure, independent energy without external supply chain vulnerabilities.
92
Enhanced mission capability and operational security levels
Disaster Recovery and Emergency Response
Communities affected by natural disasters rapidly deploy eVinci for critical infrastructure restoration. Powers hospitals, emergency centers, and water treatment facilities during grid outages.
78
Accelerated disaster recovery and community resilience
Data Center Power
Remote or geographically distributed data centers utilize eVinci for reliable, carbon-free baseload power. Supports increasing computational demands while maintaining energy efficiency.
88
Sustainable power for computational infrastructure expansion
Off-Grid Community Energy
Isolated communities and settlements adopt eVinci for permanent, decentralized electricity generation. Provides energy security and economic development opportunities without grid infrastructure.
81
Community energy independence and economic development enabled

Integrations

Seamlessly connect with your tech ecosystem

S

SCADA Systems

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Integration with Supervisory Control and Data Acquisition systems for remote monitoring and grid integration management

E

Energy Management Systems (EMS)

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Connection to enterprise energy platforms for load balancing, demand forecasting, and operational optimization

I

IoT Monitoring Platforms

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Real-time performance data transmission to cloud-based monitoring systems for predictive maintenance

G

Grid Integration Software

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Seamless interface with microgrid and smart grid systems for distributed energy resource management

R

Regulatory Compliance Platforms

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Documentation and reporting integration with nuclear safety and environmental compliance systems

M

Maintenance Management Software

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Scheduling and tracking integration for preventive maintenance, parts inventory, and service coordination

Implementation with AiDOOS

Outcome-based delivery with expert support

Outcome-Based

Pay for results, not hours

Milestone-Driven

Clear deliverables at each phase

Expert Network

Access to certified specialists

Implementation Timeline

1
Discover
Requirements & assessment
2
Integrate
Setup & data migration
3
Validate
Testing & security audit
4
Rollout
Deployment & training
5
Optimize
Performance tuning

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Alternatives & Comparisons

Find the right fit for your needs

Capability eVinci™ Micro Reactor by Westinghouse DrillPlan by Schlum… Sighten LO3 Energy's Pando
Customization Good Excellent Good Good
Ease of Use Good Good Good Good
Enterprise Features Excellent Excellent Excellent Excellent
Pricing Fair Fair Fair Fair
Integration Ecosystem Good Excellent Good Good
Mobile Experience Fair Fair Good Good
AI & Analytics Good Excellent Good Excellent
Quick Setup Excellent Good Fair Fair

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Frequently Asked Questions

What is the power output capacity of eVinci?
eVinci generates approximately 5 megawatts (MW) of thermal power, sufficient to meet electricity and heating demands for remote industrial facilities, military installations, and communities of 1,000-5,000 people depending on consumption patterns.
How quickly can eVinci be deployed?
The reactor is engineered for rapid deployment within weeks of site selection. Its transportable design and minimal infrastructure requirements significantly reduce installation timelines compared to conventional power plants.
Is eVinci safe for remote locations?
Yes. eVinci features inherent passive safety mechanisms requiring no active cooling or operator intervention during emergencies. It operates autonomously and safely even during power loss, making it ideal for unmanned or remote deployments.
How does AiDOOS marketplace facilitate eVinci deployment?
AiDOOS connects organizations seeking remote power solutions with Westinghouse and deployment partners, streamlining procurement, site assessment, installation coordination, and integration with existing energy management systems.
What are the licensing and regulatory requirements?
eVinci meets NRC standards and international nuclear safety requirements. Westinghouse manages all regulatory documentation and compliance, ensuring licensed deployment across multiple jurisdictions globally.
What are typical operational costs?
eVinci offers significantly lower lifecycle costs than diesel generators, eliminating fuel logistics, reducing maintenance requirements, and providing long operational cycles between refueling, resulting in 60-70% cost savings over conventional power sources.