High-energy-density full-life-cycle lithium ion smart battery and packaging process thereof

Abstract

The invention belongs to the technical field of lithium battery processing, and particularly relates to a high-energy-density full-life-cycle lithium ion smart battery and a packaging process thereof. The packaging technology solves the problems that according to an existing packaging technology for the high-energy-density full-life-cycle lithium ion smart battery, the user needs to manually take and place the high-energy-density full-life-cycle lithium ion smart battery, when the workload of the user is too large, the hand is tired, the hand is prone to slipping, and therefore the battery directly falls down and collides with a packaging box, so that battery is damaged, safety of battery is affected, and potential safety hazards are brought to subsequent use; when the high-energy-density full-life-cycle lithium ion smart battery is packaged, the user needs to manually and simply fix a plurality of packaging bolts in sequence, and the packaging bolts can be completely fixed after being simply fixed, a large amount of time and energy of the user can be consumed, so that the packaging working efficiency is influenced.

Description

Technical field [0001] The present invention relates to lithium processing technology, and in particular for the - kind of high energy density lithium ion lifecycle wisdom battery packaging process. Background technique [0002] Lithium-ion battery is a rechargeable battery, a lithium ion battery generally used for portable electronic devices and electric vehicles, and increasingly popular in the military and aerospace applications, in the battery, lithium ions during discharge from the anode move to the positive electrode, Back during charging, lithium metal used with non-rechargeable lithium battery as compared with lithium ion batteries using lithium intercalation compounds as electrode material, a battery having a high energy density, no memory effect, and low self-discharge, however, they may be a kind of security risk, because they contain a flammable electrolyte, if damaged or charging properly, it may result in an explosion and fire. [0003] Lifecycle high energy density...

AI Technical Summary

Problems solved by technology

[0004] 1. The user needs to manually pick and place the lithium-ion smart battery with high energy density and full life cycle. When the user's workload is too heavy, the hand will become tired, which will easily lead to hand slipping, so that the battery will fall directly and get out of the packaging box. A collision occurs, causing damage to the battery, affecting the safety of the battery, and bringing safety hazards to subsequent use

[0005] 2. When encapsulating lithium-ion smart batteries with high energy density and full life cycle, the user needs to manually fix the multi-encapsulation bolts one by one. Only when multiple encapsulation bolts are simply fixed can they be fully fixed, and it will cost the user a lot time and effort, thus affecting the work efficiency of packaging

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