利用区块链对抗智能电网的网络攻击

Kshitij Singh, S. C. Choube
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引用次数: 11

摘要

传统的电网和电力系统基础设施采用集中式监控。其中远程终端单元使用主控制设备进行管理。随着世代分散,每个消费者都成为太阳能光伏板或风能的生产者,管理电力正成为一项艰巨的任务。在智能电网受到网络攻击的情况下,这种情况会变得难以控制。本文的目的是利用区块链技术(BCT)来管理电力系统的数据。首先,我们将考虑对SMIB交换机的攻击以及由此产生的问题。然后,我们对另外两个案例进行建模,其中,BCT将有助于电力管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using blockchain against cyber attacks on smart grids
The conventional grid and power system infrastructure is monitored using a centralized approach. Wherein remote terminal units are governed using a master control facility. In the wake of dispersed generations where every consumer is also becoming a producer with solar powered PV panels or wind, managing power is becoming a difficult task. This situation can become unmanageable in an event of cyber-attack on a smart grid.The objective of this paper is to use Block Chain Technology (BCT) to manage data of a power system. Initially, we will consider an attack on a switch of SMIB and issues arising out of it. Then we model two more cases where, BCT will aid in management of power.
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