摘要
为保障通信基站在市电停电时的正常运行,提出一种基于ARM及.NET技术的通信基站蓄电池监控系统设计方案。采用意法半导体公司Cortex-M3架构的STM32F103RC作为主控板的中央处理器,配备蓄电池电压、温度、电流采集,GPRS无线数据传输,n RF905无线收发,市电状态检测四大功能模块搭建硬件平台。通过ARM技术、.NET技术等将采集到的蓄电池及市电数据传输到远程服务器供服务器利用这些数据进行蓄电池剩余容量估计,从而制定最佳的运维方案。通过系统的联合调试分析表明,所设计的监控系统可以向远程服务器上的管理平台传输蓄电池的实时数据并显示出来。
A design scheme of the communication base station battery monitoring system based on ARM and.NET technolo-gies is proposed to ensure the normal operation of the communication base station during the commercial power cut.The hard-ware platform is established,taking the Cortex-M3 architectured STM32F103RC of STMicroelectronics Company as the CPU of the main control board,and equipping with four functional modules of battery voltage,temperature and current acquisition module,GPRS wireless data transmission module,nRF905 wireless receiving and sending module,and commercial power status detec-tion module.The ARM and.NET technologies are used to transmit the collected battery and commercial power data to the re-mote server,where the estimation of battery residual capacity can be conducted based on collected data,so as to develop the best operation and maintenance solution.The analysis results of the system′s joint debugging show that the designed monitoring system can transmit the real-time data of the battery to the management platform of the remote server and display it out.
作者
董鹏琳
覃团发
潘成举
DONG Penglin;QIN Tuanfa;PAN Chengju(School of Computer and Electronic Information,Guangxi University,Nanning 530004,China;Guangxi Key Laboratory of Multimedia Communications and Network Technology(Cultivation Base),Nanning 530004,China;Key Laboratory of Multimedia Communications and Information Processing for Colleges and Universities in Guangxi,Nanning 530004,China;China Mobile(Shenzhen)Co.,Ltd.,Shenzhen 514048,China)
出处
《现代电子技术》
北大核心
2018年第18期109-112,116,共5页
Modern Electronics Technique
