What you'll learn
Operation Principle of Li-S Batteries
Electrochemistry of Li-S Batteries
The Issues of Li-S batteries ....
...and how to solve them
Materials for Li-S Batteries
Application Case Studies
Engineering Considerations
Requirements
Knowledge in General Chemistry
Knowledge in Physics
Knowledge in Electrochemistry
Good Knowledge in Standard Lithium-ion Batteries
Description
Would you like to get a quick introduction to lithium-sulfur batteries?Then you've come to the right place. In less than two hours, I will introduce you to the main concepts of a lithium-sulfur batteries: History, Operating principle, materials, electrochemistry, engineering considerations.... ...and all the problems why this type of battery is not yet commercially available....We will discuss the many solutions that exist to address the problems and how to make Li-S batteries work.I have summarised for you the content of the following books:- Lithium-Sulfur Batteries (Mark Wild)- Metal-Air and Metal-Sulfur Batteries (Vladimir Neburchilov)- Li-S Batteries: The Challenges, Chemistry, Materials and Future Perspectives (Rezan Demir-Cakan)and you will find a lot of state-of-the-art papers to deepen your knowledge in the resource material.This course is a classic university seminar...white slides, black text. There are no experiments or demonstrations.This class starts already at a higher level (assuming you understand classical Li-ion Batteries and have a good knowlegde of chemistry). There will be no introduction in basic topics such "how does a battery work", "what's a discharge curve" or "what is an anode". So please read the prerequistes to make sure this class is for you and watch the trailer.Do not hesitate to drop me a question. If you have any suggestions for other class, please also let me know.
Overview
Section 1: Front Matter
Lecture 1 Class Content
Lecture 2 Literature
Lecture 3 How to use this class
Section 2: Introduction to Li-S Batteries
Lecture 4 LiS - A new Invention??
Lecture 5 Existing S-Batteries?
Lecture 6 Raw Material: Sulfur
Lecture 7 Raw Material: Lithium
Lecture 8 Working Principle
Lecture 9 Why LiS Batteries? Why is it the "holy Grail"??
Lecture 10 Overview of all issues
Section 3: Electrochemistry - an Overview
Lecture 11 Capacities and Energy Densities
Lecture 12 Discharge Curve
Lecture 13 Mechanistic Details
Section 4: The issues of Li-S Batteries....
Lecture 14 Recap: Issues
Lecture 15 The Polyshulfide Shuttle
Lecture 16 Insulating Nature of Sulfur
Lecture 17 Sulfur Thickness
Lecture 18 Electrolyte
Lecture 19 Anode
Section 5: ...and how to solve them
Lecture 20 Cathode: Polysulfide Shuttle
Lecture 21 Cathode...more solutions
Lecture 22 Electrolytes: what can be done to make them better?
Lecture 23 Anodes: What Alternatives exists?
Lecture 24 Summary
Section 6: Materials for Li-S Batteries: What to Consider?
Lecture 25 Cathode: Sulfur, Carbon and Metaloxides
Lecture 26 Cathode: Binder and Li2S-Cathodes
Lecture 27 Considerations on Anode Materials
Lecture 28 Electrolyte: Classical electrolytes and new materials
Section 7: Application Case Studies
Lecture 29 Case Studies
Lecture 30 What is needed to make Li-S reality?
Section 8: Conclusion and Engineering Considerations
Lecture 31 Engineering Consideration and the End
People interested in Batteries and Energy Storage with good background knowledge,Students studying Energy Science,Scientists in field of Energy Storage,Business Analysts or Innovation Managers who need to know more about future Battery Systems


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