一种新型电力设备环境信息监测管理系统

A new environmental information monitoring and management system for electric power equipment

为了实现对电力设备运输及运行过程中状态监控的实时化、智能化、科学化管理,从而达到降低成本损耗、提升效率的目的,提出一种新型电力设备多功能环境信息监测管理系统。该系统包括下位机电力设备多功能环境信息监测装置以及上位机远程客户端管理系统。电力设备多功能环境信息监测装置主要实现对电力设备运输以及运行过程中的环境参数信息采集,并通过GPRS传输至上位机远程客户端管理系统,便于远程客户端管理系统确定电力设备所处环境的状态。同时,远程客户端管理系统采用一种基于数据级融合的改进自适应加权融合算法模型。通过与传统自适应加权算法和算术平均值方法进行对比测试,证明该模型在温度、湿度数据采集及处理分析的精度上优于其他算法,能够更精确地对电力设备运输和运行过程中所处环境的温度、湿度进行监测。

In order to realize real-time,intelligent and scientific management of state monitoring in the process of power equipment transportation and operation,so as to reduce cost loss and improve efficiency,a new type of multifunctional environmental information monitoring and management system for power equipment is proposed.The system includes the multi-functional environmental information monitoring device of the lower computer power equipment and the remote client management system of the upper computer.The multi-functional environmental information monitoring device of power equipment mainly collects environmental parameter information during transportation and operation of power equipment,and transmits it to the host computer remote client management system through GPRS,which is convenient for the remote client management system to determine the environmental state of power equipment.At the same time,the remote client management system adopts an improved adaptive weighted fusion algorithm model based on data level fusion.By comparing with the traditional adaptive weighted algorithm and arithmetic mean method,it is proved that this model is superior to other algorithms in the accuracy of temperature and humidity data collection and processing analysis,and can monitor the temperature and humidity of the environment in the transportation and operation of power equipment more accurately.