Battery power-on and power-off management method and system for intelligent charging cabinet

Abstract

The invention discloses a battery power-on and power-off management method and system for an intelligent charging cabinet. The method comprises the following steps: detecting the power of a rechargeable battery, and confirming that the total power of the current rechargeable battery does not exceed a load power value; receiving, by the intelligent charging cabinet, a battery rental instruction, opening on a rechargeable battery cabin, charging the battery, and performing, by an LED lamp, indication according to the charging state; performing timing manner charging or metering manner charging on the rechargeable battery, and performing statistics on the charging time or the charging quantity of the rechargeable battery; and storing, by a storage module, the charging data of the rechargeablebattery in real time, and starting data power down protection. According to the battery power-on and power-off management method and system disclosed by the invention, the power-on and power-off workof the entire system is controlled by an MCU control module, an AD collection module collects the actual physical quantity of an electrode end of each charging channel, intelligently controls the power-on and power-off of a power supply, and stores the charging state before the power failure in the storage module in the case of an emergency, reliable data and state can be directly read from the storage module after recovery, and by adoption of the battery on-off management method and system disclosed by the invention, the daily needs of people can be conveniently satisfied.

Description

technical field [0001] The invention relates to the technical field of intelligent charging cabinets, in particular to a battery power on and off management method and system for an intelligent charging cabinet. Background technique [0002] In recent years, with the continuous development of lithium-ion batteries, the scope of use of lithium-ion batteries has become wider and wider, such as electric vehicles, electric vehicles, etc. Although lithium-ion batteries are easy to use, their charging is relatively slow, and generally require special Therefore, some self-service charging cabinets that are convenient for battery replacement have appeared on the market. This kind of charging cabinet facilitates people's daily life to a certain extent. However, due to unscientific charging management and unscientific battery detection Accurate, it is prone to problems such as device charging overload, unreasonable charging timing and billing. [0003] Therefore, the prior art needs ...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the continuous development of lithium-ion batteries, the scope of use of lithium-ion batteries has become wider and wider, such as electric vehicles, electric vehicles, etc. Although lithium-ion batteries are easy to use, their charging is relatively slow, and generally require special Therefore, some self-service charging cabinets that are convenient for battery replacement have appeared on the market. This kind of charging cabinet facilitates people's daily life to a certain extent. However, due to unscientific charging management and unscientific battery detection Accurate, prone to equipment charging overload, unreasonable charging timing and billing, etc.

Images