Research on Power Battery Monitoring System ofMine Electric Monorail Crane
方同辉周航陈永浦尹可强邓海顺
FANG Tonghui;ZHOU Hang;CHEN Yongpu;YIN Keqiang;DENG Haishun
安徽理工大学机电工程学院
为了更加高效地对矿用电动单轨吊的动力锂电池进行健康状态实时监控和预警,设计了一种针对锂电池组的监控系统,采用STM32作为主控芯片,系统包括电压、电流、温度以及振动加速度等在内的电池组运行状态信息的监控,当监测到数据发生异常时会发出预警提示,并采取自动断开电源等操作。试验测试结果表明,能够对电池进行实时监控,并将所测得的数据在上位机实时显示并进行分析处理,具有采集精度高、稳定性好等特点,为动力锂电池安全使用和保障提供参考。
In order to more efficiently monitor and warn the health status of the power lithium battery of theelectric monorail crane for mining, a monitoring system for lithium battery pack was designed. STM32 is used asthe main control chip, and the system monitors the operating status information of the battery pack includingvoltage, current, temperature and vibration acceleration. When the data is detected abnormally, it will send anearly warning and automatically disconnect the power supply. The experimental test results showed that the batterycould be monitored in real time, and the measured data could be displayed and analyzed in real time on the hostcomputer, which had the characteristics of high acquisition accuracy and good stability, and provided references forthe safe use and guarantee of power lithium battery.
单轨吊动力锂电池STM32实时监控
monorail crane;power lithium battery;STM32;real-time monitoring
主办单位:煤炭科学研究总院有限公司 中国煤炭学会学术期刊工作委员会