摘要
传统方法对于多元能源地下管网的电源系统监控和管理缺乏有效性,不能从根本上控制和减少安全事故的发生。提出一种多元能源地下管网的智能电源监控系统设计,系统由监控后台、通信网络、监控前台和终端系统四个模块组成。终端系统采集多元能源地下管网系统运行中的各种数据和参数;监控前台作为通讯桥梁,负责与监控后台和终端设备之间的数据传送;监控后台对采集的数据进行处理并对终端系统发送指令。系统硬件与终端设备之间采用无线通信技术进行连接,释放了硬件空间上的压力。试验证明文章提出的系统设计在对多元能源地下管网的监控过程中具有实用性和有效性,能为其他类型地下管网的电源监控设计提供有益参考。
The traditional method for multiple energy of the underground pipe network of power system monitoring and management of the lack of effectiveness, cannot fundamentally control and reducing the occurrence of safety accidents. Put forward a kind of multiple energy of the underground pipe network of intelligent power monitoring and control system design, system by monitoring the background,communication network, monitoring at the front desk and terminal system of four modules. Terminal system to collect multiple energy of the underground pipe network system is running in a variety of data and parameters; Monitor front office as a communication bridge, with monitoring the background and the data transmission between terminal equipment; Monitoring the background to the acquisition of data processing and the terminal system to send instructions. The system hardware and the wireless communication technology to connect between terminal equipment, release the pressure on the hardware space. Experiment shows the system design of the article puts forward the multiple energy in the process of the underground pipe network monitoring has the practicality and effectiveness, can provide the power of the other types of underground pipe network monitoring design with beneficial reference.
出处
《科技通报》
北大核心
2017年第11期145-149,共5页
Bulletin of Science and Technology
关键词
智能监控系统
监控后台
监控前台
终端系统
intelligent monitoring and control system
monitoring background
monitoring foreground
terminal system
