R. M. Asif, S. R. Hassan, Ateeq ur Rehman, Asad Ur Rehman, Bilal Masood, Zain Ali Sher
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引用次数: 7
摘要
每当地下电缆线路由于某种原因发生故障时,由于缺乏精确跟踪故障位置的适当系统,修复故障电缆的电线变得相当困难。需要开发一种系统,能够针对不同类型的故障条件,在系统的R、Y、B三个阶段找到发生故障的精确位置。根据欧姆定律,在温度和截面积一定的条件下,电缆的电阻与电缆的长度成正比。本文设计了一个由单片机、液晶显示器、故障感应电路模块、Wi-Fi模块和适当的电源配置组成的系统。电路中的电流由与微控制器相连的继电器检测。故障感应电路由一组串联电阻和每个电阻旁边的开关组合而成。本系统在PROTEUS version 8.1上进行了仿真和测试,并在此基础上进行了硬件设计。最后,故障不仅被检测到,而且被定位到准确的位置,并在“Things peak”网站上显示出来。
Smart Underground Wireless Cable Fault Detection and Monitoring System
Whenever a fault occurs in the underground cable line for some reason, repairing wires of that faulty cable becomes quite difficult because of a lack of a proper system for tracking the precise fault location. A system needs to be developed that can find the precise location of the occurred fault in the system for all the three phases R, Y, and B for different types of faults conditions. By Ohm’s Law, it is found that the resistance of the cable is proportional to its length under constant conditions of temperature and the cross-section area. Here a system is developed which consists of a microcontroller, LCD display, Fault Sensing Circuit Module, Wi-Fi Module, and proper power supply arrangement with regulated power output. Current in the circuit is sensed by the relays which are interconnected with the microcontroller. The fault sensing circuit is made with the combination of a set of series resistors and switches alongside each resistor. This proposed system is simulated and tested on PROTEUS version 8.1 and the hardware is designed on the basis of simulated design. In the end, the Fault is not only detected but also located at the exact location and has been shown on website “Things peak.”