Batteries - From the basic concept through the present system to future applications
Abstract:
The lectures convey a practical insight into up to date Li-ion battery research and areas of application. As part of the lectures, the electrochemical background (thermodynamic concepts, efficiency, kinetics) of energy storage systems, their basic layout and common used materials are discussed. Moreover, an in-depth knowledge into the function and challenges of present and future energy storage devices will be provided. This includes a discussion about stability limits of present cell components, charge transfer kinetics at interfaces and in solids, changes of the electronic structure of electrode materials upon charge and discharge and resulting energy density limitations as well as fast charging aspects in the context of the applied load profile. An overview of the lectures is given below.
1. Historical Context and present batteries
2. Fundamental Electrochemistry
3. Design and materials of present Li-ion batteries
4. Analytical aspects
5. Challenges of present batteries
6. Battery research - an overview
The interactive lessons include exercises for a better understanding and brief, complementing insights into industrial aspects. Basic knowledge about thermodynamics would be an advantage to be able to follow the lectures.