IoT Solution For Live Wire Tampering

Akshaya U Kulkarni, Jayalaxmi G.N
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引用次数: 3

Abstract

Internet of Things (IoT) is making next transformation within the world of web. It provides intelligent amenities to the society. India is also not lagging behind to make use of IoT technology and because of this more cities are becoming smart in the country. Even though, 70% population in Indian towns is facing many challenges like garbage management, electricity and water supply. Electricity board in the township has many issues to provide the service at the expected level. One of the major issues is related to electricity losses which are of two types, technical and non-technical losses. Technical losses happen due to properties of materials utilized in transmission and dispersion system. Non-technical losses are electricity theft which includes tampering meters, unpaid bills, electric line tampering. Majority of the meter tampering issues have been resolved by taking smart meters into the picture but the line tampering issue still persists. The steps to solve line tampering problems include placing smart meters by removing lines which is exorbitant and time consuming. Thus, the paper provides unadorned and efficient way to solve the problem by IoT to detect the amount of electricity theft. There is provision for automatic cut of power using Arduino Uno and Raspberry Pi3 when lines are connected in parallel, the electricity received is more than provided. Theft location is reported to the admin via sms using SIM808 module. These things are monitored and managed by admin from remote place on the application to save the investigation time, energy, cost in a most efficient way possible. The results obtained are the comparisons between current v/s time with and without tampering. Also, the cost recurred when tampering is avoided.
用于带电篡改的物联网解决方案
物联网(IoT)正在网络世界中进行下一次转型。它为社会提供智能设施。印度在利用物联网技术方面也不落后,正因为如此,印度越来越多的城市变得智能。尽管如此,印度城镇70%的人口面临着许多挑战,比如垃圾管理、电力和供水。乡镇电力局存在诸多问题,无法提供预期水平的服务。其中一个主要问题与电力损失有关,电力损失有两种类型,技术损失和非技术损失。由于传输和分散系统中所使用的材料的特性,技术损失会发生。非技术损失是指电力盗窃,包括篡改电表、未付账单、篡改电线。大多数电表篡改问题已经通过采用智能电表解决,但线路篡改问题仍然存在。解决线路篡改问题的步骤包括通过移除昂贵且耗时的线路来放置智能电表。因此,本文提供了一种简单有效的解决方法,通过物联网来检测窃电量。当线路并联时,使用Arduino Uno和Raspberry Pi3提供自动切断电源,接收的电力多于提供的。使用SIM808模块通过短信向管理员报告被盗位置。这些都是由管理员从应用程序的远程监控和管理,以最有效的方式节省调查时间,精力和成本。得到的结果是有和没有篡改的电流v/s时间的比较。此外,避免篡改时所产生的成本。
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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