Workshop focuses on both automotive and stationary battery safety in each phase of battery’s cycle life, including acceptance, testing, assembly, use, transportation, and disposal. This workshop will engage in battery assembly operations, safety solutions to identify at the cells, pack and system level.

The workshop will be organized 15th November 2021 (Monday)

Workshop is designed for

▪ Battery & energy storage users

▪ Cell makers & Pack assemblers

▪ Energy storage suppliers

▪ Energy storage/power R&D engineers

▪ Executives and entrepreneurs

▪ Academic researchers

▪ Organization safety managers

▪ Battery plant managers & maintenance engineers

▪ Other industry members


▪ Root cause for selected battery safety

▪ Guidelines on how to handle batteries safely

▪ What-to-do guidelines of battery safety

▪ Checklist of safety equipment needed

▪ Update- latest technology market trends in battery safety


For any questions, contact us at contact@abeegroup.com.

Registration deadline is 15/10/2021

Registration fee: Industrial: € 1,000 + VAT, Academic: € 750 + VAT, Online participation: € 500 + VAT

10% discount for two (2) group attendees. The number of participants is limited. The registration fee includes hard copy print out of all workshop presentations, lunch, refreshments and excludes dinner.

Registration is open through the following link

Destination: Ransbeekstraat 310, 1120 Brussels 

Program topics

  • Technology overview
  • Thermal runaway
  • Thermal propagation
  • Design failures
  • Safety issues & features
  • Modelling approaches
  • Ways to build safe batteries
  • How far we are & What is the future ?

You can download the program via the following link: Battery Safety Workshop 2021

Day 1: Program agendaScheduleDay 2: Program agenda
Welcome & Introduction  8:30 – 9:00Coffee & Refreshment
Battery safety issues, features and challenges of LIBs 9:00 – 9:45Key issues for LIB management in electric vehicles
Thermal runaway from cell to pack & real lifetime use 9:45 – 10:30Battery safety & guidelines in production plants
Networking break10:30 – 10:45Networking break
Thermal propagation in LIBs10:45 – 11:30Operational safety of electric buses at depots
Fundamentals of failure propagation in LIBs11:30 – 12:15Modelling approaches for LIBs safety
Lunch12:15 – 13:00Lunch
Battery design and management issues13:00 – 13:45Materials for Li-ion battery safety
Battery degradation characteristics & influence factors13:45 – 14:30Building Safe LIBs for Electric Vehicles
Networking break14:30 – 14:45Networking break
Current challenge of lithium dendrites14:45 – 15:30Battery pack safety design and validation
Safety-enhancing technologies for LIBs15:30 – 16:15Solid-state batteries: safer for future?
Wrap-up (Summary & conclusions)16:15 – 16:45Wrap-up (Summary & conclusions)