电源技术
電源技術
전원기술
CHINESE JOURNAL OF POWER SOURCES
2014年
11期
2049-2050
,共2页
锂电池%电池管理%RFID%物联网
鋰電池%電池管理%RFID%物聯網
리전지%전지관리%RFID%물련망
lithium battery%battery management system%RFID%Internet of Things
锂电池的安全性一直是困扰锂电池正常工作的重要课题。为了保证锂电池的可靠运行,对锂电池的运行进行实时的监控成为了必要的手段。设计了基于RFID的锂电池管理系统,利用RFID技术构建锂电池数据采集系统,并通过通讯网络完成了运行参数的数据传输过程。实验证明,该设计可以很好地解决锂电池的安全保护、故障分析诊断、远程监控及电池的生命周期管理等问题。
鋰電池的安全性一直是睏擾鋰電池正常工作的重要課題。為瞭保證鋰電池的可靠運行,對鋰電池的運行進行實時的鑑控成為瞭必要的手段。設計瞭基于RFID的鋰電池管理繫統,利用RFID技術構建鋰電池數據採集繫統,併通過通訊網絡完成瞭運行參數的數據傳輸過程。實驗證明,該設計可以很好地解決鋰電池的安全保護、故障分析診斷、遠程鑑控及電池的生命週期管理等問題。
리전지적안전성일직시곤우리전지정상공작적중요과제。위료보증리전지적가고운행,대리전지적운행진행실시적감공성위료필요적수단。설계료기우RFID적리전지관리계통,이용RFID기술구건리전지수거채집계통,병통과통신망락완성료운행삼수적수거전수과정。실험증명,해설계가이흔호지해결리전지적안전보호、고장분석진단、원정감공급전지적생명주기관리등문제。
The safety of lithium batteries work was an important issue which puzzled the normal work of the batteries. Real-time monitored the running lithium batteries was a necessary way to ensure reliable operation of the lithium batteries. Lithium battery management system based on RFID was designed. Lithium data acquisition system was built using RFID technology. The data transfer process that operating parameters by the communications network was completed. Experiments show that this design can solve lithium battery's problem , such as safety protection, fault analysis and diagnosis, remote monitoring, and battery life-cycle management.