HySol provides modular hydrogen refueling solutions for diverse fleet needs, from mobile panels to full-scale stations. Their adaptable systems support 350 bar(g) and 700 bar(g) refueling, enabling scalable deployment for early-stage testing and high-demand networks.
Funding
Funding not disclosed
Founders
Product
Problem
Establishing robust hydrogen refueling infrastructure presents challenges in scalability and deployment flexibility, particularly for diverse vehicle types and operational demands. Current solutions can be overly complex or lack the modularity required for phased implementation or varied fleet needs.
Solution
HySol delivers a spectrum of hydrogen refueling solutions designed for adaptability and efficiency, ranging from compact mobile panels to fully integrated production and refueling stations. Their modular approach supports both 350 bar(g) and 700 bar(g) refueling requirements, enabling tailored infrastructure deployment for early-stage testing, mid-scale fleet operations, and high-demand public transportation networks. HySol's systems are engineered for ease of transport and operation, minimizing site preparation and electrical dependency where applicable. This allows for rapid deployment and scalable capacity expansion as hydrogen mobility adoption grows.
Target Audience
HySol targets fleet operators, public transportation authorities, and energy infrastructure developers seeking to establish or expand hydrogen refueling capabilities for their vehicle fleets.
Features
- **HyFuel P**: A self-contained, transportable mobile refueling panel designed for 350 bar(g) applications, requiring no external electrical connection.
- **HyFuel C**: A mobile hydrogen refueling station with optional integrated storage, supporting both 350 bar(g) and 700 bar(g) refueling via cascade and direct boost compression methods.
- **Full-Scale Station**: Automated, integrated hydrogen production and refueling facilities with advanced control systems for high-volume demands.
- Modular design for phased infrastructure build-out and scalability.
- Systems engineered for diverse fuel cell vehicle requirements, including heavy-duty trucks and public transport.