You could probably look up the energy released during combustion and compare it to the electrical energy stored.PeterB said:Conceptually this question makes sense to me I know a overcharged lithium battery will became unstable however with identical batteries except a different level of charge what would the properties of their combustion be? In depth conceptual, and mechanical explanations are always appreciated as well as sources of literature.
A charged lithium battery contains stored electrical energy, while an uncharged battery does not. This stored energy is released when the battery is used to power a device.
Yes, a charged lithium battery has the potential to combust more energetically than an uncharged one. This is because the stored energy in a charged battery is released all at once during a combustion event, while an uncharged battery does not have that stored energy to release.
Several factors can contribute to a lithium battery combustion, including overcharging, physical damage, exposure to high temperatures, and manufacturing defects. These factors can cause the battery to overheat and potentially combust.
As with any battery, there is always a risk of combustion. However, if the battery is used according to the manufacturer's instructions and not exposed to any damaging factors, the risk is minimal. It is important to regularly inspect the battery for any signs of damage and to dispose of it properly when it is no longer functioning.
The risk of a lithium battery combustion can be minimized by following the manufacturer's instructions for use, avoiding overcharging, and not exposing the battery to high temperatures or physical damage. It is also important to properly dispose of the battery when it is no longer functioning and to use caution when handling damaged batteries.