Storage battery internalizing device with full-automatic cooling system

Abstract

The invention discloses a storage battery internalizing device with a full-automatic cooling system. The storage battery internalizing device comprises a battery acid adding device and an internalizing conveying belt, wherein the internalizing conveying belt is connected with a cooling system; the cooling system comprises a machine frame and a water tank; the water tank is fixed to the machine frame; a conveying crawler is arranged on the bottom part of the water tank; a water inlet and a water outlet are formed in the water tank; the water inlet and the water outlet are connected with a cooling water tank through a water pump. According to the storage battery internalizing device with the full-automatic cooling system, the internalizing conveying belt is connected with the cooling system; a storage battery is conveyed by the conveying crawler; cooling water is recycled by the water tank through the water pump; a storage battery is cooled in the water tank. Compared with the prior art, automatic cooling is realized by the device; manual transportation is not required; the labor force is saved; the quality of the storage battery is high; meanwhile, the storage battery internalizing device with the full-automatic cooling system has the advantages of simple structure, short cooling process, and high work efficiency.

Description

【Technical field】 [0001] The invention relates to the technical field of battery processing equipment, in particular to a storage battery internal formation device with a fully automatic cooling system. 【Background technique】 [0002] As the state strengthens the environmental protection of the storage battery industry, the external production process of storage batteries that has a greater impact on the environment will be gradually replaced by the relatively clean internal production process. [0003] The existing production of internalized lead-acid batteries adopts the method of cold acid to control the temperature of acid addition. During the assembly process of lead-acid batteries, the internalization process is to put the raw plate into the battery tank, and the active material on the positive plate is removed by charging and discharging. converted to PbO 2 As the main component, the active material of the negative plate is converted into PbO 2 As the main component...

AI Technical Summary

Problems solved by technology

[0003] The existing production of internalized lead-acid batteries adopts the method of cold acid to control the temperature of acid addition. During the assembly process of lead-acid batteries, the internalization process is to put the raw plate into the battery tank, and the active material on the positive plate is removed by charging and discharging. converted to PbO 2 As the main component, the active material of the negative plate is converted into PbO 2 As the main component, from the beginning of acid addition to the end of internalization, the battery will emit a large amount of heat, the internal temperature is very high, the battery must be cooled in time, and the traditional artificial cooling is not only labor-intensive, but also the temperature of the battery can still rise To 65-70 ℃, such a high temperature will easily lead to the short circuit of the battery dendrites and the dissolution of the plate additives, resulting in a decrease in battery performance and an increase in defective products

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