Probably though they are bundled under the "batteries" entry?Sad indeed but the incident needs to be kept in perspective with the number and causes of all UK fires.
E-bike battery fires are, according to this very informative link HERE, not mentioned specifically and shows there are many other causes to concern ourselves with first.
As has been said in this forum many times before, not leaving the battery on charge any longer than is necessary, is a good habit to get into.
Thanks, I hadn't spotted that - a greater breakdown of battery fires would be informative.Probably though they are bundled under the "batteries" entry?
That whole sector being the second most common cause, that document claims:
"2. Electrical distribution: 2,962 fires
Electrical distribution accounts for 12% of accidental house fires and 6% of deaths. Common sources of ignition include:
Wiring, cabling & plugs
Apparatus, batteries & generators
Heating equipment"
Fair comment, though I dont see this as being from a high end shop bought Ebike or they'd get sued to death.No one knows if this is a diy ebike , an incorrect charger was used or even a multi point overload socket or extension lead was used, the fact an ebike battery is involved as mentioned is click bate for a news scare story.
By the time the fire service investigation has determined what happened exactly and written it's report, it ceases to be of use as alarmist clickbait. Chances are, we'll never know any more about this.No one knows if this is a diy ebike , an incorrect charger was used or even a multi point overload socket or extension lead was used, the fact an ebike battery is involved as mentioned is click bate for a news scare story.
It could make a difference if the battery is on /off the bike or whether it is sited near to another heat source like a hot radiator.
Even a dropped battery could be an issue which most won't bat an eye lid to as they do with there phnes or other battery powered items.
With no hard facts to all likely scenarios it is all open to speculation as we know.
The only real fact we have is an unattended battery left charging over night, that alone is a high risk option and as in this case has proved fatal.
Folks relying on smoke alarms where lithium is involved one is not likely to know much about the fire as the smoke fumes inhaled will silently kill you in your sleep or get you before you reach safety if woken.
Sodium ion and other alternative technologies and batteries, can't arrive soon enough.
Developments appear to be rapid, but from what I've read: they can be stored(transported) at zero charge, there's no thermal runaway, fires are easier to extinguish, and have a wider safe operating temperature range.Did I miss any aspect of the fire risk/volatility of Sodium ion vs Lithium ion?