Energy Test Stations
Explore our advanced Energy Test Stations engineered for pilot- and industrial-scale applications, including electrolyzer, fuel cell, CO₂ reduction, and redox flow battery systems. Designed for high-current, high-pressure, and integrated control environments, these stations deliver precision, safety, and scalability for next-generation hydrogen and clean energy research.
Electrolyser Test Stations
Fuel Cell Test Stations
CO2 Reduction Test Station
Redox Flow Battery Test Station
Balance of Plant Test Station
Module Control & Measurement
System Integration
Energy Test Stations for Hydrogen and Clean Energy Applications
At ScienceGears, we supply turnkey Energy Test Stations designed for industrial and pilot-scale research in hydrogen, fuel cells, CO₂ reduction, and redox-flow energy systems. Our modular designs support advanced testing across voltage, current, pressure, and temperature ranges, offering flexibility for both R&D and production-scale environments.
Key Categories
- Electrolyzer Test Stations: For PEM, AEM, and SOEC technologies with precise flow and temperature control.
- Fuel Cell Test Stations: From single-cell to stack testing with full BOP and EIS integration.
- CO₂ Reduction Test Stations: Configurable for gas- and liquid-phase electrolysis with high-precision mass flow control.
- Redox Flow Battery Test Stations: Automated charge/discharge cycles for energy storage development.
- Balance of Plant (BOP) Systems: Gas humidifiers, chillers, pressure regulators, and control modules for full stack operation.
- System Integration: PLC/SCADA-controlled setups with remote monitoring and safety interlocks.
Why Choose ScienceGears
- Pilot-to-production scalability
- Integration with potentiostats, flow controllers, and sensors
- CE-certified systems with built-in safety protocols
- Custom configurations for academic, industrial, and hydrogen hub projects
Call to Action
Ready to scale your electrochemical research to pilot level?
Contact ScienceGears for customised Energy Test Stations that meet your specific power, control, and safety requirements.