智能电表的网络安全

V. Dhanesh Menon, J. Trilok Kumar, M. Sabhanayagan, A. Ramkumar, K. Rajesh
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引用次数: 0

摘要

在过去的一年里,智能电表的网络威胁已经变得容易受到电网的攻击。为了防止对智能电网和智能电表的网络攻击,提出了本文。智能电网中最不受保护的部分是智能电表。这个项目的主要贡献是找出智能电表的各种形式的网络攻击。目前的智能电表采用双向通信,因此可以从变电站对其进行实时监测和控制。智能电表中的电压传感器和电流传感器将连续读取实时值,并将模拟值发送到智能电表中的微控制器。微控制器计算功率输出和从单位消耗的费率关税。现在计算出的输出值通过通信模块上传到物联网云端。从物联网云可以在变电站监控这些值。现在,ANN协议将反复监督上述过程,并在发生任何网络攻击时进行恐吓。现在,在从人工神经网络获得警报消息后,负责的变电站将断开用户的相应继电器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber Security for Smart Meters
Over the year’s cyber threats on smart meters has become vulnerable to grid. This paper is proposed to prevent a cyber-attack on smart grids and smart meters. The most unguarded part of smart grids are smart meters. The main Contribution of this project is to finding out various forms of cyber-attacks on smart meters. Nowadays the smart meter involves two-way communication thus the real time values can be monitored and controlled from the substation. The voltage sensors and current sensors in the smart meter will continuously read the real time values and sends the analog values to the microcontroller present in the smart meter. The microcontroller calculates the power output and the rate tariff from the units consumed. Now the calculated output values are uploaded to the IoT cloud by means of communication module. From the IoT cloud the values can be monitored in the substation. Now the ANN protocol will repeatedly overseer the above process and will intimidate if any cyber-attack has occurred. Now after getting the alert message from the ANN the substation in charge will trip off the respective relay of the consumer.
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