Test Cells for different applications
Fuel cell research: Test cells are used to investigate the fundamental mechanisms of energy conversion. Scientists use them to analyze the interaction of catalysts, membranes, and gas diffusion layers and to optimize their efficiency under various operating conditions (temperature, pressure, humidity, stoichiometry) as well as their long-term stability.
Electrolysis development: Test cells enable detailed investigation of water splitting for the production of green hydrogen. Here, new materials are tested for their durability and efficiency in order to create the basis for economical hydrogen production processes.
AEM cells (anion exchange membrane): In this forward-looking field of research, test cells are essential for validating precious metal-free concepts. They enable the precise analysis of anion conductivity and chemical stability of new polymer membranes under real operating conditions.
Significance for research:
- Fundamental characterization: Determination of precise physical and chemical parameters such as current-voltage curves, impedance spectra, and degradation rates.
- Material screening: Rapid and scientifically sound evaluation of new catalyst materials and membrane formulations.
- Standardization: Creation of reproducible test conditions that ensure the transition from basic theoretical research to industrial application.