Automated Transmission Line Fault Detection using Distance Locator

Subhamoy Dey, Barnali Kundu, Souvik Pal, Aniruddha Sengupta, Manoshi Biswas
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Abstract

Faults play an important role in affecting the reliability of power system. More than 80% of the power system faults occur in transmission sector which badly effect the reliability of supply and causes damage to the system. So, it is compulsory to monitor the transmission lines in normal and faulty conditions and clear the fault as soon as identified. The main aim of this proposed research is to design a circuit which will have a capability of determining the type of fault and exact location of fault. From the results of simulations, it has been concluded that the four types of faults such as L-G, L-L and L- L-G have been detected with their location remotely. Afterwards, transfer its data to the utility mobile phone of the user with the help of GPS and NodeMCU.
使用距离定位器自动检测传输线故障
故障是影响电力系统可靠性的重要因素。电力系统80%以上的故障发生在输电环节,严重影响了供电的可靠性,造成了系统的破坏。因此,对输电线路的正常和故障状态进行监测,发现故障及时排除是必要的。本研究的主要目的是设计一种能够确定故障类型和故障精确位置的电路。模拟结果表明,L- g型、L-L型和L-L - g型4种类型的断层均可被远程探测到,并进行了定位。然后借助GPS和NodeMCU将其数据传输到用户的公用手机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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