摘要
通过结合STM32单片机和电力载波模块的性能,优化软件设计部分,灵活运用电力载波模块传输性能,实现点对点的远距离数据传输。解决了无线测温中需在一定空间范围内设置基站的问题,更好适用于类似母线这类沿直线分布物体的监测数据传输。设计了一种适用于母线测温系统使用的供电方式,使系统能够获得持续稳定电力供应。系统采用GIS仿真技术建立符合建筑实情的母线网络模拟地形图,实时指示故障点位置。
Electric power transmission performance carrier module is adopted flexibly to optimize software part designing through the combination of the STM32 MCU and the performance of electric power carrier module,which realizes the point-to-point data transmission over a long distance. Setting up base stations in a certain space in wireless temperature measurement are better suited to the monitoring data transmission of similar bus line. The design of a power supply mode for the bus temperature measuring system is proposed,so that the system can obtain continuous and stable power supply. The system adopts the GIS simulation technology to establish the bus network simulation topographic map,which is in accordance with real building situation and indicates the fault location in real time.
作者
邓勇
沙庆康
杨元
马响
Deng yong;Sha Qingkang;Yang Yuan;Ma Xiang(School of Mechanical Engineering,Nantong University,Nantong 22600)
出处
《高技术通讯》
EI
CAS
北大核心
2018年第8期728-735,共8页
Chinese High Technology Letters
基金
国家自然科学基金(61775188)资助项目
关键词
母线测温
电力载波
供电方式
GIS仿真技术
bus temperature measurement
power catTier
power supply mode
GIS simulation technology
