Fuel Cell & Electrolyser
Testing Solutions
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Testing the future of zero-emission power.
ALWAYS AT THE SIDE OF OUR CUSTOMERS
Challenges
Developing hydrogen energy solutions is complex and demanding. Inaccurate testing, integration issues, and safety challenges slow down innovation. Without a scalable, reliable platform, zero-emission progress is at risk.
Pain Points
- 70% of fuel cell developers struggle with accurate and repeatable testing due to the complexity of hydrogen systems.
- 60% of R&D teams require scalable and flexible test systems to accommodate different fuel cell and electrolyser technologies.
- Strict global safety regulations demand advanced monitoring and fail-safe mechanisms to ensure safe hydrogen testing environments.
- Data inconsistency and system integration challenges slow down innovation in fuel cell and electrolyser development.
- Heterogeneous devices and measurement techniques adds complexity of the test system.
Remedies
Orbit H₂ – a next-generation Fuel Cell & Electrolyser Testing System, integrating German engineering precision with iASYS automation expertise. With a scalable, modular design, highly accurate measurement capabilities, and compliance with global safety regulations, Orbit H₂ enables seamless fuel cell & electrolysers testing for R&D, validation, and production.By providing automated test execution, real-time diagnostics, and multi-fuel compatibility, We empowers fuel cell manufacturers to develop hydrogen solutions faster, safer, and more efficiently.
- Midi: Supports single cells and small stacks up to 1 kW.
- Maxi: Designed for fuel cell stacks & systems up to 25 kW with endurance trials.
- Wide Range of Humidification & temperature control .
- Electrochemical Impedance Spectroscopy (EIS) & Gas Chromatography (GC) for precise analysis.
- HIL (Hardware-in-the-Loop) Interface for real-time simulation and control.
- House-in-House Design ensures independent operation without reliance on facility infrastructure.
- Leakage detection & emergency shutoff mechanisms for hydrogen safety.
- Configurable test setups with options for anode/cathode humidification, extra gas supply lines, and cooling systems.
- Independent operation with external simulation system integration
- Fully automated test execution and data acquisition.
- Multi-screen workstations for real-time visualization.
- Integration with external devices (temperature controllers, climate chambers, high-temperature furnaces, etc.)
Key Features
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