Sort by
Refine Your Search
-
efficient fuel cells and fuel cell systems for the transport sector. Vehicles powered by fuel cells convert hydrogen completely emission-free except for the water produced. With more efficient fuel cells
-
Description The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
-
Doctoral student in development of novel catalysts for hydrogen fuelled alkaline membrane fuel cells
The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
-
are pervasive in various fields, from batteries and fuel cells powering our devices and vehicles to corrosion processes and production of chemical products and metals in electrolytic processes. Electrochemistry
-
: Good knowledge of electrochemistry, fuel cells and electrolyzer cells Knowledge of heat transfer and experience of Computational Fluid Dynamics (CFD). Ability to communicate with researchers in other
-
PhD students and a laboratory technician. The activities are conducted in close collaboration with researchers in neighboring divisions and departments dealing with control engineering, fuel cell
-
technological advancements, especially amid the electrification of the transportation sector. Our interests span across battery and fuel cell heat management, utilization of AI techniques for enhanced modelling
-
batteries and fuel cells powering our devices and vehicles to corrosion processes and production of chemical products and metals in electrolytic processes. Electrochemistry thus plays a vital role in
-
, e.g., increase losses if not properly handled. The development of new electrochemical batteries, hydrogen storage and fuel cells, electrical vehicles (and their connection to the grid via Vehicle