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Detection of Electricity Theft in the Distribution System using Arduino and GSM

机译:使用Arduino和GSM探测配电系统中的盗窃电

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Currently energy theft has become a major problem in the developing countries like India, Pakistan, Srilanka, etc. The economic status of the country will be disturbed in a great manner if the electricity is illegally used. It is very difficult to verify theft occurred and solve it at individual level in the real time applications. Various kinds of energy theft comprised of meter tampering, bypassing the energy meter, direct hooking from line, etc. This paper proposes the detection of energy theft using Arduino and GSM module. LCD is provided to display the data of power usage and also the power being theft i.e., the difference between the consumers load and the theft load which is sent to the GSM module. Further this information is sent to the electricity board and also to the consumer as a message which embodies the distribution transformer details. The power is fed from the transformer to the Arduino which is being stepped down. The major advantage of this paper is when compared to the existing system, it detects the power theft and sends the information of the corresponding feeder using GSM module to electricity board directly without manually filing a complaint and also in case of power failure, the message is sent without any interruption as Arduino is facilitated with power backup.
机译:目前能源盗窃已成为印度,巴基斯坦,斯里兰卡等发展中国家的主要问题。如果电力非法使用电力,该国的经济地位将以很大的方式打扰。很难验证是否发生盗窃并在实时应用中的单个级别解决。各种能量盗窃由仪表篡改,绕过能量计,直接挂钩。本文提出了使用Arduino和GSM模块的能量盗窃检测。提供LCD以显示电力使用的数据以及被盗的功率I.,消费者负载和被发送到GSM模块的盗窃负载之间的差异。此外,此信息被发送到电路板,并将消费者视为体现分布式变压器细节的消息。电源从变压器馈送到正在跨越的Arduino。本文的主要优点是与现有系统相比,它会检测电源盗窃,并使用GSM模块直接向电路发送相应的馈线的信息,而不会手动提交投诉,并且在电源故障的情况下,该消息是没有任何中断的发送,因为Arduino通过Power Backup促进了。

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