Battery Fire Risk - FIVE Conference Summary
The FIVE Conference is THE reference in Fire Risk for Transportation. It is organised each 2 years by RISE = Swedish πΈπͺ Lab on Fire Safety Engineering π₯ for Industrial and Transportation ππ
All the papers are available for free here
Meanwhile, below is the summary of the the 2020 Edition related to Electric Vehicles ππ
1οΈβ£ Electric Vehicles πβ‘οΈare not more prone to sudden Fire than traditional IC Engines
2οΈβ£ BUT Fire fighters and general public are under-prepared to face Battery π and Electricity specific Fire
3οΈβ£ There is a lack of official procedure in case of massive fire for e-bus π or e-truck especially when they are charging
4οΈβ£ Most of Battery Fires have been investigated on a cell or on a Module level but there are very few studies on full Pack and complete Vehicles π
5οΈβ£ Full Combustion of a Battery π releases more energy than its electric Capacity
6οΈβ£ Battery Fire π₯ involves 3 steps: (1) Gas release; (2) Fire; (3) Explosion
7οΈβ£ Hydrogen Fluoride (HF), a highly toxic and dangerous (skin damage ππ») gas, is the major difference with conventional Battery Pack can release kg of HF
8οΈβ£ It is highly advised to charge your car in a separated garage βοΈ π‘
Want to know more about about the principle and the mechanisms leading to Battery runaway?
Or maybe what can be the root causes leading to Battery Fire?
Please report to OROVEL Battery Card #EV15 and #EV16