摘要
为了提高输电线路的运行稳定性,通过对输电线路需要监测的状态参量进行分析,并基于无线传感网络技术,提出了输电线路一体化智能监测装置架构,研制出输电线路一体化智能监测装置。此装置具有接口丰富、通信方式多样化、集成度高的优点。输电线路一体化智能监测装置在云南省进行了通信组网应用,其结果表明:装置在3 000 m范围内的数据平均传输速率为12.1 Mb/s,且数据传输速率均不低于10.8 Mb/s。此装置为实现分散监测主机间的相互关联、监测数据共享及信息整合,形成光纤、北斗、GPRS及无线通信方式组合的通信网络,为输电线路实时数据及命令的传送提供了有效的通道及途径,提高了输电线路的运行稳定性。
In order to improve the stability of transmission line, we proposed the integrated intelligent monitoring device architecture of transmission line by analyzing the status parameters of the transmission line and the wireless sensor net- work technology. Meanwhile, an integrated intelligent monitoring device for transmission line is developed.The device has the advantages of rich interface, variety of communication modes, and high integration, and has been applied in Yun- nan province. The results show that the average transmission rate of the device is 12.1 Mbps range of 3 000 m, and data transmission rate is not less than 10.8 Mbps. For the sake of realizing that the correlation between decentralized monitor- ing host, monitoring data sharing, and information integration, the device has formed a communication network combining various communication mode to include fiber, big dipper, GPRS, and wireless, which provides an effective channel and way for transmission of monitoring device＇s data and command, thus the stability of the transmission line can be improved.
出处
《高电压技术》
EI
CAS
CSCD
北大核心
2015年第12期3902-3908,共7页
High Voltage Engineering
基金
国家高技术研究发展计划(863计划)(2011AA05A120)
广州市科技计划项目(2011J2200081)~~
关键词
传感网络
输电线路
监测参量
状态监测
一体化智能监测装置
通信组网
sensor network
transmission line
monitoring parameters
condition monitoring
integrated smart monitoringdevice
communication network
