Battery replacement cabinet capable of recovering off-line battery

Abstract

The invention discloses a battery replacing cabinet capable of recovering offline batteries, and relates to the field of battery replacing cabinets, the battery replacing cabinet comprises a battery replacing cabinet main body, the battery replacing cabinet comprises a main control board, a touch display screen and more than one battery compartment, and the touch display screen is connected with the main control board; the battery compartment is provided with a compartment control plate, a charging module, an electric control lock and a compartment door, and a battery module is separably connected in the battery compartment; the charging module and the electric control lock are electrically connected with the bin control plate, and the electric control lock is connected with the bin door in a matched mode to open or close the battery bin. According to the battery replacement cabinet, when the main control board cannot acquire the battery information of the battery compartment in a wired communication mode, the battery information of the battery module is acquired in a Bluetooth communication mode, and whether the battery module breaks down or is disconnected is judged; and if not, the warehouse control board corresponding to the offline battery module and the main control board are recovered to be in a wired communication mode for management and control without intervention of maintenance personnel.

Description

technical field [0001] The invention relates to the technical field of power exchange cabinets, in particular to a power exchange cabinet capable of recovering dropped batteries. Background technique [0002] The power exchange cabinet is mainly to solve the high-frequency power exchange crowd such as riders, couriers, etc., the cabinets are placed with short battery life, indoor and building charging safety hazards. The existing power exchange cabinet generally integrates an intelligent power exchange method and system to manage and control the battery compartment. [0003] The current methods of battery replacement are generally: the main control board, the warehouse control board, and the battery are connected through wired communication mode, such as the conventional LAN communication mode; the battery information must first be collected by the warehouse control board, and then reach the main control board; the main control board The board uses 4G communication to excha...

AI Technical Summary

Problems solved by technology

[0006] 1. When the battery is frequently replaced, the battery will be placed in the battery compartment without the data cable plugged in, resulting in the battery being disconnected;

[0007] 2. When the battery is in the power exchange cabinet, due to external shocks and vibrations, the data line is in poor contact and the battery is disconnected, or the charging interface is in poor contact, resulting in the battery not being fully charged;

[0008] 3. There is only a wired connection between the warehouse control board and the battery. After long-term use, the wired communication is abnormal and the user cannot be replaced.

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