电力系统中固定天线辅助工具的研制探究

Research and Development of an Auxiliary Tool for Fixing Antenna in Power System

电力系统中自动化开关和智能电表的天线是一种用来发射或接收无线电波,或更广泛来讲,是电磁波的电子器件,从物理学上讲,电力系统中自动化开关和智能电表的天线是一个或多个导体的组合,由它可因施加的交变电压或交变电流而产生辐射的电磁场,或者可以将它放置在电磁场中,由于场的感应而在天线内部产生交变电流并在其终端交变电压。在电力系统的计量运维工作中,不可缺少的一项内容就是智能电表信号问题,不停电,带电操作接入或拆除设备、设施,同时也会展开相应的天线修复工作内容。为了将电力系统中自动化开关和电表的天线固扎的效率以及质量水平提升,文章进行研制新型的电力系统自动化开关和智能电表的天线固定辅助工具,其主体部分是由安装件、自动化开关和智能电表天线、扎带组成。电力系统中自动化开关和智能电表的固定式天线扎带实用新型有效,其结构简单、操作方便,能够有效提高工作效率、节省时间。有效减免电力系统中自动化开关和智能电表的天线安装在不同环境内的固定问题,提高了工作效率,减少电力系统运行设备信号故障率。

The antenna of automatic switch and smart meter in power system is an electronic device used to transmit or receive radio waves,or more broadly,electromagnetic waves.Physically,the antenna of automatic switch and smart meter in power system is a combination of one or more conductors,which can produce radiated electromagnetic field due to applied alternating voltage or alternating current,Alternatively,it can be placed in the electromagnetic field to generate alternating current in the antenna and alternating voltage at its terminal due to the induction of the field.In the measurement,operation and maintenance of the power system,an indispensable content is the signal problem of the smart meter,the power is not cut off,the equipment and facilities are accessed or removed with live operation,and the corresponding antenna repair work will be carried out at the same time.In order to improve the efficiency and quality of antenna fixing of automatic switch and meter in power system,a new antenna fixing auxiliary tool for automatic switch and smart meter in power system is developed in this paper.Its main part is composed of mounting parts,automatic switch,smart meter antenna and tie.The utility model has the advantages of simple structure and convenient operation,and can effectively improve work efficiency and save time.Effectively reduce the fixed problem of installing the antenna of automatic switch and smart meter in different environments in the power system,improve the work efficiency and reduce the signal failure rate of power system operation equipment.