Frankfurt/Hanau, Germany

Friday, June 10, 2022

What happens physically and chemically in mechanically stressed Li-ion batteries?
Prof. Dr. Hans Seifert - Karlsruher Institut für Technologie (KIT)
  • Basics of the processes in mechanically loaded batteries
  • Relevant mechanical, electrical and thermal parameters
  • Processes within the battery that lead to thermal runaway
 
ECE-R 100 - What are the requirements and why does that only work in hardware today?
Jürgen Böck - TÜV SÜD Battery Testing GmbH
  • Overview of load cases
  • Criteria for assessing battery safety
 
Challenges in Modeling Battery Behaviour
N. N. -
  • Integrated battery simulation versus simplified model and resimulation with detailed submodel
  • Which information is needed for building up a valid battery model
  • Are the tools ready for crash safety assessment?
 
Mechanical Abuse Response and Failure Mechanism of Aged Li-Ion Batteries
Dr. Yong Xia - Tsinghua University
  • Influence of battery configuration on mechanical integrity of aged batteries
  • Mechanical-electrical-thermal response of batteries aged at different temperatures
  • Mechanical property identification of anode coating including aging effect
 
Validation of Battery Models
Dr. Elham Sahraei Esfahani - Temple University
  • Representative validation loadcases
  • Relevant parameters
  • Useful tools and methods
 

 

 

Additional presentations and a detailled time schedule will be published here soon.

Program subject to change.