使用物联网的智能电网

T. Krishna, P. Chandra Babu Naidu, Kumar Cherukupalli, A. V. Reddy, M. Sravani
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引用次数: 0

摘要

所有地区的电力都是由发电公司通过被称为电网的传输中心提供的。由于一些外部或内部问题,当网格失败时会出现不同的问题。这导致了整个地区的停电,这是由特定的电网供电。本文提出了一种解决方案,利用物联网作为通信接口,在智能系统的帮助下,可以避免给发电公司带来不必要的损失。NodeMCU控制器检查系统的不同活动。Wi-fi技术用于通过互联网进行通信。本文的主要目的是不间断供电。如果一个电网出现故障,系统会将输电线切换到另一个电网。这使得该地区获得不间断的电力供应。该论文具有探测电力盗窃等先进能力。在系统中模拟了盗窃情况。如果一个无效的消费者使用电力,物联网将通过互联网通知相应的当局。通过这种方式,所提出的系统确保了不间断的电力供应,并有助于检测电力盗窃。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Energy Grid Using Iot
Electricity to all areas is supplied by energy generation companies via transmission hubs known as electricity grid. Due to some external or internal issue different problems arise when a grid fails. This leads to blackout of the entire area which was getting supply from that particular grid. This paper provides a solution to this problem using IOT as interface for communication and with the help of smart system we can avoid unnecessary loss to energy generation companies. NodeMCU controller looks over the different activities of the system. Wi-fi technology is used to communicate over the internet. The main purpose of this paper is uninterrupted power supply. If an Energy Grid fails due to a problem, the system switches the transmission line to another grid. This makes the area get an uninterrupted power supply.This paper has advanced abilities like detecting electricity theft. Theft conditions are simulated in the system. If an invalid consumer taps the electricity IOT notifies this to corresponding authorities over internet. In this way the proposed system makes sure of uninterrupted power supply and helps in detecting electricity theft.
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