May pollute water flow.
If lithium iron phosphate batteries are discarded at will, the electrolyte will seep into the surrounding soil, producing toxic substances and harmful to the safety of the land, flow water and surrounding residents. In addition to the pollution of precious metal nickel and cobalt, it can also cause fluorine, acid base and other organic matter pollution, as well as dust and acid base pollution, which must be recycled through unique channels.
Precautions for using lithium iron phosphate batteries:
1. Charging Precautions
If you find that the battery has not turned on after 10 hours of continuous charging, you should stop charging immediately, check whether the battery temperature is hot. If so, it should be sent for repair as soon as possible. If it cannot be sent for repairn immediately, the total charging time should be limited to no more than 8 hours, otherwise the battery will be damaged due to expansion and deformation.
2. Pay attention to the charging frequency
Since lithium iron phosphate batteries do not have a memory effect, lithium batteries can theoretically be charged at any time. The charging frequency of lithium batteries always depends on the specific use of the battery. Since lithium batteries can store more energy, they can be used for longer. For products like this that can be used for a long time, people usually don't charge them frequently, so the charging frequency of lithium batteries is not too high.
The specific charging frequency depends on the use of the lithium iron phosphate battery. When the voltage drops to a level causing a warning, it must be charged withas soon as possible.
When you need to recharge to meet an upcoming important event, even if the battery still has a lot of power left, you can simply charge it in advance, because you haven't really wasted 1". charge. The cycle lifetime is only "0,X", and often this X will be very small.