Advanced Fuel cell & Electrolyzer Test stations
Aligned with our motto ‘Where hydrogen meets innovation,’ we leverage our academic background to craft the future of hydrogen technology, transforming our expertise intoprecise research systems. We offer customers from both academia and industry a wide portfolio of Robust, Reliable & Customizable test stations for PEM fuel cells and PEM and AEM electrolyzers.
Product partner
Key Features of Our Electrolyzer test stations
Graphical User Interface (GUI)
Customizable Dashboard
Python API
OPC UA Server
Hardware Compatibility
Electrolyzer test stations
Electrolyzer test station
User-Friendly manual operation with P&ID visualization or automated operation using in-house developed Python library.
Ability to perform a wide range of tests, including
JRC standard performance curve, H2 crossover, hydraulic curve, and many more.
Exceptional lead times of ETS-1 due tostandardization.
Specifications
Max. power
1 kW
Max. current
510 A
Max. voltage
60 V
EIS
optional
Min. water flow
50 ml/min
Max cathode (Hydrogen) pressure
50 barg
Max anode (Oxygen) pressure
10 barg
Max. water temperature
95°C
Wet cathode
yes*
Simultaneous AEM and PEM tests
no
Nitrogen pressurizing
optional
Width / Height / Depth
985 / 1635 / 1400 mm
Weight
298 kg
Max. power
-
Max. current
-
Max. voltage
-
EIS
optional
Min. water flow
50 ml/min
Max cathode (Hydrogen) pressure
50 barg
Max anode (Oxygen) pressure
50 barg
Max. water temperature
120°C
Wet cathode
optional
Simultaneous AEM and PEM tests
optional
Nitrogen pressurizing
optional
Width / Height / Depth
-
Weight
-
Fuel cell test station
User-Friendly manual operation with P&ID visualization or automated operation using in-house developed Python library.
Implementable dynamic mixing using 3 mass flow controllers in each line for rapid change of parameters.
Cell/stack temperature control with liquid cooling circuit (for PTS-10 and higher).
Highly customizable station
Specifications
Max. power
100 W
Max. current
120 A
EIS
optional
Fuel flow rate
0.02 ... 2 Nl/min
OxIdant flow rate
0.05 ... 5 Nl/min
Max. power
1 kW
Max. current
1200 A
EIS
optional
Fuel flow rate
0.08 ... 80 Nl/min
OxIdant flow rate
2 ... 200 Nl/min
Max. power
10 kW
Max. current
1200A
EIS
optional
Fuel flow rate
2.5 ... 250 Nl/min
OxIdant flow rate
te 9 ... 900 Nl/min
Max. power
50 kW
Max. current
—
EIS
optional
Fuel flow rate
12 ... 12250 Nl/min
OxIdant flow rate
45 ... 4500 Nl/min
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