Rechargeable battery changing method and device without code scanning

Abstract

The invention discloses a rechargeable battery changing method and device without code scanning. The rechargeable battery changing method without code scanning comprises the steps that a user registers user information through terminal equipment and uploads a battery borrowing request; a cloud platform records user battery borrowing information; the user inserts a dead battery into an empty tank of a charging cabinet; after reading battery information, the charging cabinet transmits the battery information to the cloud platform; after the cloud platform checks the information of the battery inserted by the user, the battery is locked to finish battery returning; and the charging cabinet searches a battery charging situation in the current charging cabinet and unlocks a battery lock according to a user request to release the battery. According to the rechargeable battery changing method and device without code scanning, the rechargeable battery can be scientifically managed to enable the user to change and use the battery conveniently; through the cloud platform, user information, battery information and charging cabinet information can be intelligently identified to establish association between the user, the battery and the charging cabinet; and the battery can be more conveniently changed to provide convenience for people in daily use.

Description

technical field [0001] The invention relates to the technical field of batteries, in particular to a method and device for replacing rechargeable batteries without scanning codes. Background technique [0002] In recent years, electric vehicles, as a short-distance transportation tool, have been supported by the government for their energy saving and environmental protection features, and favored by the general public for their cheap and convenient advantages. However, because the driving distance of electric vehicles is relatively short, the battery capacity is limited, and the sustainability of use is not strong. Therefore, for those who use electric vehicles for a long distance and for a long time, such as couriers, food delivery personnel, etc., a large amount of time is required. Replace the battery to ensure long-term use. [0003] However, the current standard electric vehicles and batteries cannot meet the continuous riding of a day. An electric vehicle needs to rep...

AI Technical Summary

Problems solved by technology

However, because the driving distance of electric vehicles is relatively short, the battery capacity is limited, and the sustainability of use is not strong. Therefore, for those who use electric vehicles for a long distance and for a long time, such as couriers, food delivery personnel, etc., a large amount of time is required. Replace the battery to ensure long-term use

[0003] However, the current standard electric vehicles and batteries cannot meet the continuous riding of a day. An electric vehicle needs to replace the battery several times a day to meet the needs of food delivery. For the battery life problem of cycling, various charging cabinets have appeared on the market, distributed in the road sections where cycling is frequent, for cyclists to charge and replace batteries. Code way, this way is more complicated to operate and needs to be improved

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