Explosion-proof structure, device and manufacturing method of battery heat dissipation and pressure relief energy recovery

Abstract

The invention is suitable for the technical field of battery heat dissipation and pressure relief energy recovery, and provides a battery heat dissipation and pressure relief energy recovery explosion-proof structure and device and manufacturing methods thereof. The battery heat dissipation and pressure relief energy recovery explosion-proof structure comprises a heat dissipation explosion-proof pipe and a semiconductor energy recovery ring, the heat dissipation explosion-proof pipe is of a cylindrical structure, the semiconductor energy recovery ring is of a flat circular ring structure, thesemiconductor energy recovery ring is nested at the top of the heat dissipation explosion-proof pipe, and the heat dissipation explosion-proof pipe comprises a heat dissipation explosion-proof pipe shell and a heat dissipation explosion-proof pipe filler; and the heat dissipation explosion-proof pipe shell and the semiconductor energy recovery ring comprises a bismuth telluride semiconductor chilling plate and two pieces of soft ceramic, and the bismuth telluride semiconductor chilling plate is arranged between the two pieces of soft ceramic. According to the battery heat dissipation and pressure relief energy recovery explosion-proof structure provided by the invention, the cooling or heating speed of the battery is high, the explosion-proof performance of the battery is high, part of energy can be recovered, and meanwhile, the capacity of the battery cannot be lost due to low temperature.

Description

technical field [0001] The invention belongs to the technical field of battery heat dissipation and pressure relief energy recovery, and in particular relates to an explosion-proof structure, device and manufacturing method for battery heat dissipation and pressure relief energy recovery. Background technique [0002] Battery temperature is one of the important factors that affect battery life and safety. When the battery temperature is too high, it is easy to cause fire, explosion and other dangerous situations when encountering a collision. Whether it is used in mobile phones, electric vehicles or other batteries such as cameras , this problem exists. When the battery temperature is too low, the chemical reaction speed slows down. For example, lithium batteries may undergo slight material structure changes, resulting in the capacity not necessarily returning to the original state after returning to room temperature, resulting in the load capacity that can be provided canno...

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Problems solved by technology

[0004] The purpose of the embodiments of the present invention is to provide an explosion-proof structure, device and manufacturing method for battery heat dissipation and pressure relief energy recovery, which aims to solve the problems of battery heat dissipation devices in the prior art that are easily damaged and have high maintenance costs after damage, and are prone to explosion due to collisions. Part of the energy cannot be recovered, and at the same time solve the problem of battery capacity drop in low temperature conditions

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