The students are familiar with various types of battery and hydrogen technologies for energy conversion, storage and transport. They have a specifically high understanding of lithium-ion batteries, polymer electrolyte membrane fuel cells, and alkaline electrolyzers. On the fundamental level, they know the thermodynamic and kinetic working principles of electrochemical cells as well as the physical properties of hydrogen as chemical energy carrier. On the technology level, the students know the setup and design principles of different energy storage systems, including their properties in terms of efficiency, durability and energy density. On the application level, the students are aware of applicability, requirements, and potential of different energy storage and transport systems. They have an insight into the economic status and sustainability of energy storage technologies and understand the future trends in research and development.

Power Plants and Power Systems: Klausurarbeit, 90 Min.,und Laborarbeit; Gewichtung Modulnote: 50 %

Battery and Hydrogen Technologies: Klausurarbeit, 90 Min.; Gewichtung Modulnote: 50 %

Master RED

Power Plants and Power Systems

Battery and Hydrogen Technologies