All lithium -ion batteries have a high level of electricity (SOC), which may cause problems of layers, reduced life, and reduced efficiency. In the hard battery, the hard shell can prevent the polar layer from being separated, but the soft -packaged lithium clustering battery bag itself does not have such pressure. To maintain performance, the battery itself needs the shell to maintain the original shape.

　　Overheating of lithium cluster batteries may cause expansion or fire.

　　During the load discharge, when any battery core (in series) is lower than 3.0 volts, the load supply should be stopped immediately, otherwise the battery will not be able to return to the state of full charging. It will cause a sharp drop in the load (internal resistance to high) in the future. This problem can be used to prevent the battery from charging and putting through the chip connected to the battery.

　　Compared with lithium -ion batteries, the reciprocating cycle of lithium cluster batteries is less competitive.

　　In order to prevent explosion and fire, the lithium cluster battery needs to be designed for lithium cluster when charging.

　　If the battery is directly circuit or in a short period of time, it can also cause explosion. Especially in remote control models with large power demand, players will be careful about the connection points and insulation. The battery may also fire when perforation.

　　When charging, a special charger should be used to make each sub -battery core average charging. This also leads to an increase in cost.

Read recommendations:

Lithium-ion battery GN200 60000mAh

Will the iron phosphate battery of RVs be reduced in a low -temperature environment?

General requirements for ship batteries

32700 battery manufacturer

NiMH No. 7