Electrochemical Energy Systems


  • Materials: Nanoparticle synthesis, process technology, surface analysis, electrical impedance, X-ray methods, electron microscopy, material values
  • Cells: Electrochemical in-situ and ex-situ analysis of batteries, fuel cells, electrolysers and catalysts, elemental analysis
  • Components: Modelling and simulation of batteries and fuel cells, instrumentation of batteries for mobile and stationary measurements, transient tests on batteries and fuel cells with electronic loads, and environmental simulation
  • Systems: Application-oriented tests in systems with coupled drives and power electronics, simulation of thermoelectric systems

Photographs: Tim Neiertz