Join Gantner Instruments at Hydrogen Technology Expo Europe 2025 to discover precision data acquisition systems designed for hydrogen technologies, including fuel cells, electrolyzers, and cryogenic storage solutions.
Our modular measurement systems deliver precise insights that conventional methods often overlook, empowering engineers to optimize performance, reliability, and predictive maintenance of hydrogen applications.
Our modular measurement systems deliver precise insights that conventional methods often overlook, empowering engineers to optimize performance, reliability, and predictive maintenance of hydrogen applications.
Specialized High-Voltage Isolation Measurement for Stack-Level Testing
Stack-level monitoring in electrolyzers and fuel cells requires accurate measurement capabilities under challenging conditions, particularly when dealing with DC voltages of up to 1500 V. Gantner’s Q.series High-Voltage Isolation Modules provide individual galvanic isolation per channel, preventing ground loops and interference, and ensuring precise and noise-free measurements. The system seamlessly scales from single-cell testing to production stack validation, streamlining your transition from R&D to operational deployment.
Advanced EIS Diagnostics for Fuel Cells and Electrolyzers
Real-time visibility into degradation processes is crucial for maintaining efficiency and longevity. Gantner Instruments' multi-channel Electrochemical Impedance Spectroscopy (EIS) solution spans frequencies from millihertz to kilohertz, capturing both slow diffusion processes and rapid electrode kinetics. Our solution integrates seamlessly into existing setups and supports predictive analytics through Python-based diagnostics, enhancing system reliability and facilitating performance optimization.
Precision Cryogenic Temperature Monitoring for LH₂ Systems
Efficient liquefied hydrogen storage at cryogenic conditions (~20 K/-253 °C) requires highly accurate temperature measurement. Gantner's specialized Q.series X A105 CR cryogenic measurement module significantly reduces self-heating and sensor drift. With ultra-low excitation currents (7.5 µA), it ensures precise, real-time temperature monitoring, minimizing hydrogen loss and ensuring operational safety.
Hydrogen Production and Measurement Technologies
Gain detailed insights into the hydrogen value chain, from electrolysis to fuel cell utilization. This whitepaper outlines measurement techniques crucial for addressing technical challenges and optimizing the performance of fuel cells and electrolyzers.
High-Power Electrolyzer Stack Monitoring with EIS
Discover how our EIS technology has successfully provided real-time impedance monitoring in high-power electrolyzer stacks, enhancing predictive diagnostics and extending operational lifespan.
Meet Our Hydrogen Experts at Booth 7F75
Schedule a personal consultation with our specialists directly at the event:
Leverage Advanced Measurement to Optimize Your Hydrogen Projects
Visit us at Hydrogen Technology Expo Europe 2025 to explore how our precise DAQ systems can elevate your hydrogen technology development.