Research at the IAM-ET
At the Institute for Applied Materials - Electrochemical Technologies, we thrive to shape the way we will store energy and produce electricity, fuels or sustainable chemicals. Our long-standing expertise comprises the analysis and optimisation of a wide range of electrochemical (energy) technologies, ranging from batteries and fuel cells to electrolysis and electrosynthesis. Our methods development and virtual tools enable knowledge-driven improvement of the performance and durability of the technologies. Essential techniques are tailor-made models and model-based analysis and optimisation from electrode surface to cell level, dynamic analysis methods and microstructure characterisation.
![Batterien – Reaktionskinetik](/et/img/content/Forschung_Batterie_Kinetik/OptimisationEditedRes2_rdax_1230x869s.jpg)
Batteries: Reaction Kinetics
![Batterien: Zellcharakterisierung](/et/img/content/IAM-WET/Homepage%20Batterie%202.png)
Batteries: Cell Characteri-zation and Modeling
![Brennstoffzellen](/et/img/content/IAM-WET/Forschungshandout_NR_3.png)
Fuel Cells and Electrolysis
![Mikrostruktur](/et/img/content/IAM-WET/Mikrostruktur.png)
Microstructure and Material Characterization
![Elektrokatalyse](/et/img/content/IMG_03_Forschung_Elektrokatalyse/201130_elektro_cat_teaser.png)
Electrocatalysis