摘要
常规的重点电气设备间环境动态监控方法主要使用LoRa模块生成多点监控自组网,易受中继单元数据信息应答作用影响,导致监控异常,因此,设计了一种基于物联网传感技术的重点电气设备间环境动态监控方法,即利用物联网传感技术采集电气设备间的环境动态监控信息,生成重点设备间环境动态监控告警事件处置流程,还设计了电气设备间环境动态监控算法,以实现重点电气设备间环境的动态监控.结果表明,设计的基于物联网传感技术的重点电气设备间环境动态监控方法的监控效果较好,温度、湿度等监测指标与实际一致,具有可靠性及一定的应用价值,为提高电气设备间安全性,降低电气设备的运行风险作出了一定贡献.
Abstract
The conventional dynamic monitoring method for the environment between key electrical equipment mainly uses LoRa modules to generate a multi-point monitoring self-organizing network,which is susceptible to the influence of relay unit data information response,leading to monitoring abnormalities.Therefore,a dynamic monitoring method for the environment between key electrical equipment based on IoT sensing technology is designed.By utilizing IoT sensing technology to collect dynamic environmental monitoring information between electrical equipment,a process for handling dynamic environmental monitoring alarm events between key equipment is generated.An algorithm for dynamic environmental monitoring between electrical equipment is designed to achieve dynamic monitoring of the environment between key electrical equipment.The results show that the designed dynamic monitoring method for the environment between key electrical equipment based on IoT sensing technology has a good monitoring effect,and the monitoring indicators such as temperature and humidity are consistent with the actual situation.It has reliability and certain application value,and has made a certain contribution to improving the safety of electrical equipment and reducing the operational risks of electrical equipment.
NETL
NSTL
万方数据