Battery intelligent maintenance system

Abstract

The invention discloses a storage battery intelligent maintenance system. The system comprises storage battery sets, a storage battery set segmented voltage monitoring module and a storage battery balance and boost drive module. The storage battery set segmented voltage monitoring module and the storage battery balance and boost drive module are connected. According to the system, storage battery set segmented voltage monitoring and storage battery intelligent balance and boost drive technologies are applied; voltage balance is carried out on the end voltages of the storage battery sets or the voltage boost intelligence and automation are realized; the balance efficiency is high; the balance and boost effects are remarkable; the discharge time and the service life of the storage battery sets are greatly prolonged; and the problem that the duration of the storage battery sets is short when the storage battery sets are connected in series is solved. The convenient plugging operation of system modules in the disassembly and maintenance processes of a case can be realized by driving a banana plug device arranged between a circuit board and a copper strip. The system modules are reasonable in design, comprehensive in function and high in man-machine interaction capability. The layout in the case is compact. The ventilation and heat dissipation functions are good. The system is suitable for popularization and application.

Description

technical field [0001] The invention relates to an intelligent storage battery maintenance system. Background technique [0002] The existing battery maintenance system mainly has the following shortcomings: First, it lacks the application of battery group voltage monitoring and battery intelligent equalization boost technology. There is bound to be a difference in capacity among them. Outdated batteries form a short board for the battery pack’s battery life, causing the problem of accelerated aging of the battery pack. In addition, due to the unavoidable adverse effects of outdated batteries on the entire battery pack, the discharge time and usage of the battery pack are reduced. The second is to install the system in the chassis. Due to the modular design adopted by the system, there are many defects in the system function due to the poor consideration of functional modules, improper layout in the chassis, and inconvenient operations such as assembly, disassembly and maint...

AI Technical Summary

Problems solved by technology

[0002] The existing battery maintenance system mainly has the following shortcomings: First, it lacks the application of battery group voltage monitoring and battery intelligent equalization boost technology. There is bound to be a difference in capacity among them. Outdated batteries form a short board for the battery pack’s battery life, causing the problem of accelerated aging of the battery pack. In addition, due to the unavoidable adverse effects of outdated batteries on the entire battery pack, the discharge time and usage of the battery pack are reduced. The second is to install the system in the chassis. Due to the modular design adopted by the system, there are many defects in the system function due to the poor consideration of functional modules, improper layout in the chassis, and inconvenient operations such as assembly, disassembly and maintenance of the chassis. Problems such as poor ventilation and heat dissipation of the chassis

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