A management method, device and system for electric vehicle battery charging room

Abstract

The invention discloses a management method, device and system during charging of batteries of an electric vehicle. The management method comprises the following steps of acquiring requests of connecting and charging of the vehicle batteries and a charging device; according to the connecting and charging request, establishing the communication connection between the vehicle batteries and the charging device; enabling battery identity information of the vehicle batteries and electricity supply identity information of the charging device to be jointed, wherein the vehicle batteries and the charging device are in communication connection; and when the vehicle batteries and the charging device are disconnected, stopping jointing of the battery identity information and the electricity supply identity information. According to the management method during charging of the batteries of the electric vehicle disclosed by the invention, communications between the batteries and the charging deviceare established, so that the battery identity information is in joint with the electricity supply identity information; and the jointed electricity supply identity information is inquired, so that the current specific charging position of the batteries can be acquired, and the seeking time for the batteries is saved.

Description

technical field [0001] The invention relates to the field of battery monitoring, in particular to a management method, device and system for a battery charging room of an electric vehicle. Background technique [0002] A forklift is generally equipped with multiple batteries. As far as multiple forklifts are concerned, there will be a large number of batteries. These large numbers of batteries lack effective data management, resulting in shortened battery life and poor discharge capacity, causing huge damage to the enterprise. Financial losses, while excessive use of batteries can also lead to environmental pollution. [0003] The monitoring and management of the battery charging room is particularly critical to the battery life. On the other hand, in the warehouse, multiple forklifts are generally configured to work at the same time, and one or more spare batteries of each forklift are charging at the same time, and the charging position It may be located in different corn...

AI Technical Summary

Problems solved by technology

[0002] A forklift is generally equipped with multiple batteries. As far as multiple forklifts are concerned, there will be a large number of batteries. These large numbers of batteries lack effective data management, resulting in shortened battery life and poor discharge capacity, causing huge damage to the enterprise. Financial losses, while excessive use of batteries can also lead to environmental pollution

[0003] The monitoring and management of the battery charging room is particularly critical to the battery life. On the other hand, in the warehouse, multiple forklifts are generally configured to work at the same time, and one or more spare batteries of each forklift are charging at the same time, and the charging position It may be located in different corners of the warehouse. In the existing technology, there is no management of the charging battery, and it is impossible to quickly find the specific charging location of the target battery.

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