We use cookies on our website.
Some of them are necessary for the functioning of the site, but you can decide about others.
Our references
ALL OVER THE WORLD
Case Studies
Chemnitz University of Technology
- MegaEIS is a Multi-Channel EIS Analyzer for Hydrogen Fuel Cell and Electrolyzer Stacks.
- Designed for Hydrogen with High Currents and Peak Performance. Equipment deployed at the Chemnitz University of Technology can handle voltage up to 600 V and currents up to 650 A (16 kW) and measure 512 channels simultaneously up to 100 kHz.
- The latest versions of MegaEIS can handle voltage up to 1000 V and currents up to 2000 A and measure 1024 channels simultaneously up to 100 kHz.
Pinflow
- Potentiostat for measuring EIS and improving performance and efficiency.
- TEVOMET for temperature and voltage monitoring.
- Cell Voltage Monitoring for testing of large batteries even including monitoring of voltage each individual battery cell in battery stack.
H-TEC SYSTEMS
- Cell voltage monitoring from Kolibrik allows to protect their electrolyzer stack and to ensure its maximum lifetime.
LEANCAT
- Potentiostat line with a range of up to 100 A with EIS capabilities and loads / sources with EIS capabilities with currents up to 2000 A and power up to 20 kW (200 kW with booster) for their large fuel cells/electrolyzer stations.
- Automation for H2FC Test stations
- Potentiostats, Cell Voltage monitors
Institute of Power Engineering
- TEVOMET TV16 - temperature and voltage monitor.
- CVM-24 units - reliable system that offers better operability.
- MegaEIS - allows detailed characterisation and optimisation of the stacks and has helped to optimized 10kW reversible SOC-based electorolyzer.
OTHER REFERENCES
Institute of power engineering
- Cell Voltage monitors for experimental fuell cell stack
Charles university, Faculty of mathematics and physics
Forschungszentrum Jülich GmbH
- PicoPotentiostat with High-Voltage Surge Protection
- KolXPD
Swiss Hydrogen
Západočeská univerzita
Materials Science Beamline, Synchrotron Elettra
- System integration, Experiment automation, electronic hardware development.
- KolXPD, Angle- and energy-resolved experiments, monochromator and beamline control.
Methods: XPS, XPD, ARPES, SRPES, RESPES, NEXAFS, etc.
Technische Universität Chemnitz, Fakultät für Maschinenbau
- Professur Alternative Fahrzeugantriebe
- Development of 1500 Ampere zero-voltage load with potentiostat and EIS for automotive-grade FC research. In frame of project Fit-4-AmandA.
- MegaEIS
- PicoPotentiostat