Intended learning outcome:
The students can explain the functionality of electrochemical energy converters such as fuel cells, batteries and electrolysers and are able to describe the underlying electrochemical and physical processes. Participation in the course puts them in a position to name quality, purpose and operating range of the cells. Furthermore, they can select the appropriate electrochemical cell for a given application, analyze them with respect to reaction and transport kinetic on the basis of dynamic electrochemical measurement methods , design them based on fundamental physical equations and define adequate operation modes.
Module content of the lecture:
Module content of the exercise course: Application of the theory on fuel cells and batteries including example calculations.
Code | 2520084 |
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Degree programme(s) | Mechanical Engineering, Biochemical Engineering, Industrial and Mechanical Engineering, Biochemical and Pharmaceutical Engineering, Sustainable Energy Technology, Sustainable Energy Technology |
Lecturer(s) and contact person | Prof. Dr.-Ing. Daniel Schröder |
Type of course | Lecture + exercise course |
Semester | Winter semester |
Language of instruction | English |
Level of study | Bachelor, Master |
ECTS credits | 5 |