Every year, EL-CELL organizes several dozen training courses on customer-specific topics, held in our own fully equipped battery laboratory. We also offer open training courses for interested battery researchers. Here, our experienced laboratory team provides participants with knowledge about battery testing and the effective use of our products in two-day hands-on workshops. All necessary equipment, tools, and materials are available in our laboratory for a successful seminar, but participants can also bring their own devices or materials for testing.

All seminars are held by Dr. Matthias Hahn, a passionate electrochemist and co-founder of EL-CELL. Matthias has a PhD in physical chemistry and extensive research experience as an electrochemist, having worked for 15 years at Honeywell, Daimler, and the Paul Scherrer Institute. He offers consulting for customers on the effective use of EL-CELL devices. His practical, easy-to-understand explanations help seminar participants enter the subject matter. He is also open to questions that might arise after the seminar.

We offer free hotel reservations and shuttle service between the accommodation and the laboratory. To register, please use the form at the end of this page.

Description:

Our two-days seminar covers a broad range of topics beginning with the basics of Li-ion battery testing and ending with advanced electrochemical operando techniques using the latest test equipment from EL-CELL and other leading equipment manufactures in the field. In the hands-on sessions of the seminar, you will build your own battery test cells and run your own electrochemical tests. Both the practical and theoretical sessions will be guided by Matthias Hahn, a passionate electrochemist and co-founder of EL-CELL. Special emphasis is put on the various failure modes of experimentation, common pitfalls, possible artifacts and on how to identify and avoid them.

Covered topics:

Consultation on the effective use of EL-CELL devices

Li-ion battery introduction: Working principles, terminology, materials used, related technologies (Li-metal batteries, Li-ion capacitators, super capacitators, dual intercalation batteries)

Safety and corrosion issues in the Li-ion research laboratory

Electrode making from powder to sheet

Pros and cons of different test cells (18650 test cell, Coin cells, Pouch cells, Swagelok® cells, Hohsen Corp., PAT-Cell)

Building 2- and 3-electrode PAT-Cells

Testing with PAT-Cells:

Lifetime and CC-CV cycle Tests

Impedance measurements

Cyclic voltammetry

Electrochemical in-situ/ operando techniques:

Experimenting with the ECC-Opto-10: Visualizing the gradients of electrode potential and lithium concentration

Experimenting with the PAT-Cell-Force: Measuring the stack force during charge and discharge

Experimenting with the PAT-Cell-Press: Quantifying the gas evolution during battery formation

Experimenting with the ECD-4-nano dilatometer: Measuring electrode dilation during charge and discharge