Wireless intelligent battery

Abstract

The invention discloses a wireless intelligent battery. The wireless intelligent battery comprises a storage battery pack; the storage battery pack is composed of a plurality of single storage batteries which are in series connection; battery terminals of the single storage batteries are respectively connected with sensors used for detecting battery parameters; the sensors are connected with battery management modules; data collected by the sensors are transmitted to the battery management modules; the battery management modules are connected with wireless communication modules; each single storage battery is provided with a battery end cover; a mounting groove is formed in each battery end cover; the battery management modules and the wireless communication modules which are connected with one another are arranged in the mounting grooves; the wireless communication module of each single storage battery communicates with each other; Internet communication ports are also formed in the single storage batteries. According to the invention, intercomparison on charge-discharge conditions of each single storage battery can be achieved to prevent floating charge of the single storage batteries; data parameter values of each single storage battery can be transmitted to a server through the Internet, so that unified monitoring of technical personnel is convenient.

Description

technical field [0001] The invention relates to an intelligent battery capable of realizing wireless communication between single storage batteries and real-time monitoring and adjustment of charging and discharging process. Background technique [0002] Usually the terminal voltage of a single-cell battery in a lead-acid battery pack is about 2 volts. If a higher battery voltage is required, such as the commonly used 6 volts, 8 volts, 12 volts, etc., the multi-cell single-cell battery connected in series to meet power requirements. However, there are two problems due to the differences between the single-cell batteries. One is that a certain single-cell battery will be overcharged during charging, and the other is that a certain single-cell battery will be over-discharged during discharge. Both of the above problems will cause Affect the balance of the entire battery pack, and there are potential safety hazards. For this reason, some technicians have also designed a batte...

AI Technical Summary

Problems solved by technology

However, there are two problems due to the differences between the single-cell batteries. One is that a certain single-cell battery will be overcharged during charging, and the other is that a certain single-cell battery will be over-discharged during discharge. The above two problems will both Affect the balance of the entire battery pack, and there are potential safety hazards

For this reason, some technicians have designed a battery management module to monitor the charging and discharging of the battery pack, but the monitoring is only for the entire battery pack, and it still cannot solve the problem of differences between single-cell batteries.

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