Challenges of lithium ion battery fires

Challenges of lithium ion battery fires

A review of 150 papers shows the high variability of LiB fires, importance of battery chemistry and of state of charges (SOC). Batteries with lithium iron phosphate cathodes show significantly lower peak temperature and lower risk of thermal runaway than those with...
Lithium ion battery fire toxicity

Lithium ion battery fire toxicity

Thermal runaway and fire test of large cell battery shows high toxic emissions and dangers to firefighters. Seven tests were carried out on large (300 Ah, 0.54 kg) single cell LiFePO4 cathode lithium ion battery, as used in buses or for energy storage. The battery was...
Fatal fire probably started by cell phone

Fatal fire probably started by cell phone

One child died in a house fire probably started by an overheating cell phone igniting a couch in North Carolina. Another child and the mother were injured. The fire occurred early in the morning and extensively damaged the house, which did not have smoke detectors....
Review of electric vehicle (EV) battery fires

Review of electric vehicle (EV) battery fires

EV fires show heat release comparable to fossil fuelled vehicles, but with additional risks of toxicity and extinguishing. A review of over 170 publications provides an up-to-date summary on fire risks of batteries in electric vehicles, including photos of EV fires...
Fire risks posed by batteries in WEEE

Fire risks posed by batteries in WEEE

“Battery fires are one of the most important issue impacting recyclers currently” E. Katrakis, EuRIC (European Recycling Industries Confederation). A report by recycling industry experts and industry federations says that occurrence of fires in electrical waste...