基于STM32的锂电池充放电系统的研究与设计

Research and design of lithium battery charging and discharging systembased on stm32

摘要:

锂电池是当前便携式手持电子设备可循环充放电电池的首选,但是锂电池在使用过程中可能存在过冲、过放、过流充电以及充电时间过长后产生高温的问题,从而影响电池使用寿命,甚至出现安全事故,为解决以上问题,提高锂电池使用效率,本文基于STM32平台设计了一款锂电池充放电管理系统,通过软硬件的设计和实验测试,该系统实现了对锂电池充放电路径管理、对充放电的参数及电池的状态实现了实时准确监测,输出电压稳定,极大提高了电池的使用效率,该成果已在企业项目中得到了应用。

Abstract:

At present, lithium battery is the first choice of rechargeable battery for portable handheld electronic devices. However, in the process of using lithium battery, there may be problems such as over flushing, over discharging, over current charging and high temperature after too long charging time, which may affect the service life of battery and even cause safety accidents. In order to solve the above problems and improve the service efficiency of lithium battery, this paper is based on STM32 platform A lithium battery charge and discharge management system is designed. Through the design of software and hardware and the experiment test, the system realizes the charge and discharge path management of lithium battery, the real-time and accurate monitoring of the parameters of charge and discharge and the state of battery. The output voltage is stable, greatly improving the use efficiency of battery. This achievement has been applied in enterprise projects.