基于物联网的地下电缆故障检测

V. V. Teresa, K. Rajeshwaran, S.Satheesh Kumar, S. Vishnupriyan, S. Dhanasekaran
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引用次数: 10

摘要

地下电缆由于地下环境、磨损、老鼠等原因,容易出现各种问题。此外,很难找到故障的原因,这需要挖掘整条线路来检查和纠正任何故障。为了使维修尽可能简单,我们现在提供通过物联网(IoT)定位故障的电缆故障排除。维修人员确切地知道哪个部件出现了故障,只需要在该区域进行挖掘就可以找到问题的根源。由于节省了大量的时间、金钱和精力,更快的地下电缆服务也成为可能。我们采用物联网技术,使当局能够在线跟踪和分析缺陷。该系统使用安装在电缆上的分压器网络来识别缺陷。电阻网络的组合决定了在两根导线短路的位置发生故障时产生的电压。当发现这个电压时,微控制器会向用户发出警报。用户接收到这个电压对应的距离。单片机采集故障线路数据,显示在液晶屏上,并通过互联网传输,供在线查看
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT-based Underground Cable Fault Detection
Underground cables are subject to various problems due to the underground environment, abrasion, mouse, etc. In addition, it is difficult to find the cause of the fault, which requires digging the entire line to inspect and correct any faults. To make repairs as easy as possible, we now offer cable troubleshooting via Internet of things (IoT), which locates the fault. The maintenance staff knows exactly which part is faulty and only needs to dig in that area to find the source of the problem. Faster underground cable service is also possible as a result of the significant time, money, and effort savings. We employ IoT technology, which enables authorities to track and analyse defects online. The system uses a network of voltage dividers installed on the cable to identify defects. The resistance network combination determines the voltage produced when a fault develops at the location where the two wires are short-circuited. The user is alerted by the microcontroller when this voltage is found. The user receives the distance that this voltage corresponds to. The microcontroller gathers the fault line data, displays it on the LCD screen, and transfers it via the Internet for online viewing
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