Product specifications
Hyverra provides PEM fuel-cell systems with power ratings from 10 W to 6,000 W for research, prototyping and specialized applications. System selection and configuration are defined according to the required power output, electrical characteristics, reactant supply, cooling method, operating environment and integration requirements.
- Power range from 10 W to 6,000 W.
- System configuration matched to required power and electrical characteristics.
- Reactant-supply and cooling configuration defined according to application requirements.
- Operating environment and installation constraints considered in system selection.
- Final technical specifications confirmed according to integration and project requirements.
Performance & system advantages
Hyverra’s PEM fuel-cell systems combine compact system design, fast dynamic response and reliable operation for a wide range of application environments. Their PEM architecture supports high power density, fast start-up and low-temperature operation, while the overall system is designed for practical installation, mobility and integration.
- Lightweight and compact design for convenient installation and mobility.
- Low-noise operation.
- Simple system architecture with high reliability.
- Fast start-up and short response time across a wide range of application scenarios.
- Strong environmental adaptability across varying operating and weather conditions.
- Straightforward control strategy for integration into different application systems.
Technical details
PEM fuel cells convert the chemical energy of hydrogen and oxygen directly into electrical energy through an electrochemical reaction rather than combustion. During operation, electricity is generated together with water and heat. System performance therefore depends not only on the fuel-cell stack itself, but also on the coordinated management of reactant supply, thermal conditions, electrical output and control strategy.
- PEM technology supports high power density, fast start-up and low-temperature operation.
- Direct electrochemical conversion enables high-efficiency power generation without a combustion process.
- At the point of use, hydrogen and oxygen electrochemical conversion produces electricity, water and heat, with no combustion-related pollutant emissions.
- Reactant supply, cooling and control strategy are coordinated with the required power output and operating conditions.
- System architecture and integration are defined according to the target application and installation environment.
Applications & project requirements
Hyverra supports PEM fuel-cell systems for portable power, emergency backup power, distributed power generation, transportation and other specialized applications. Final system selection is matched to the required power profile, operating environment, reactant supply, cooling approach, electrical interface and integration constraints of the project.
- Portable power supplies and mobile power applications.
- Emergency and backup power systems.
- Distributed power-generation systems.
- Transportation and other specialized fuel-cell applications.
- Relevant project inputs may include required power and voltage, duty profile, hydrogen and air supply conditions, cooling requirements, operating environment, installation space, electrical interface, quantity and development stage.