EVOGE
EVOGE deploys modular DC fast-charging stations that operate independently of the electrical grid by integrating local LNG or hydrogen power modules with AI-driven energy routing. Each unit features a dual-fuel architecture that seamlessly transitions between LNG and hydrogen, enabling high-throughput charging for fleet electrification, commercial corridors, and community networks. The systems include remote telemetry and predictive maintenance via secure digital twins.
- Energy
- Clean Technology
- Mobility & Transportation
- Automotive Technology
- Hardware
- Artificial Intelligence
Funding
Founders
Founder details are not available yet.
Product
Problem
Deploying DC fast-charging infrastructure typically requires access to a reliable electrical grid, which is unavailable or insufficient in many urban, rural, and remote locations. This grid dependency limits the expansion of electric vehicle charging networks and leaves critical sites—such as fleet depots, commercial corridors, and remote communities—without adequate high-throughput charging capacity.
Solution
EVOGE provides modular DC fast-charging systems that integrate local LNG or hydrogen power modules with intelligent energy routing, enabling high-throughput charging without grid dependency. Each unit uses a dual-fuel architecture that seamlessly transitions between LNG and hydrogen as supply chains evolve, supporting the shift toward zero-emission operation. The systems incorporate AI-based energy optimization for load balancing and fuel efficiency, along with smart switching modules for redundancy and uptime. Remote telemetry and predictive maintenance are delivered through secure digital twins, ensuring reliable operation in locations where grid power cannot reach.
Target Audience
Primary customers include fleet operators, commercial corridor developers, community charging network providers, AI data centers, and industrial operations requiring grid-independent, high-density power solutions.
Features
- Dual-fuel architecture supporting both LNG and hydrogen with seamless transition between fuel sources
- AI-based energy optimization for load balancing and fuel efficiency
- Smart switching modules for redundancy and continuous uptime
- Remote telemetry and predictive maintenance via secure digital twins
- ISO 14064-aligned carbon accounting with built-in measurement and verification frameworks
- Modular manufacturing and circular components aligned with ESG standards