基于STM32微控制器的动力电池安防系统设计

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摘  要:动力电池具有易燃、燃烧气体有毒、电压高等特点,为保护动力电池实训场地设备及人身安全,设计动力电池安防系统。系统采用STM32微控制器,配备传感器、声光报警等装置,该系统能实时、远程监测动力电池状态及周边情况,及时、有效防止动力电池事故发生,保护资产和人身安全。

关键词:STM32微控制器;动力电池;安防系统;监控;软件设计

中图分类号:U469.72      文献标志码:A          文章编号:2095-2945(2024)36-0118-04

Abstract: Power batteries are characterized by flammability, toxic combustion gases, and high voltage. In order to protect the safety of equipment and personal safety in power battery training sites, a power battery security system is designed. The system adopts STM32 microcontroller and is equipped with sensors, sound and light alarms and other devices. The system can monitor the status of the power battery and surrounding conditions in real time and remotely, prevent power battery accidents in a timely and effective manner, and protect assets and personal safety.

Keywords: STM32 microcontroller; power battery; security system; monitoring; software design

随着汽车行业向新能源方向快速转型,高职等各类学校,纷纷设置新能源汽车相关专业,动力电池是新能源汽车专业基础实训设备,学校都存放有动力电池,当环境温度过高或动力电池自身温度过高时,可能会引发热失控现象,引发火灾。(剩余5049字)

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