Smart Grid Security: Threats and Solutions

Ejaz Ul Haq, Huarong Xu, Liang Pan, M. I. Khattak
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引用次数: 13

Abstract

the terms Smart grid, IntelliGrid, and secure astute grid are being used today to describe technologies that automatically and expeditiously (separate far from others) faults, renovate potency, monitor demand, and maintain and recuperate (firm and steady nature/lasting nature/vigor) for more reliable generation, transmission, and distribution of electric potency. In general, the terms describe the utilization of microprocessor-predicated astute electronic contrivances (IEDs) communicating with one another to consummate tasks afore now done by humans or left undone. These IEDs watch/ notice/ celebrate/ comply with the state of the puissance system, make edified decisions, and then take action to preserve the (firm and steady nature/lasting nature/vigor) and performance of the grid. Technology use/military accommodation in the home will sanction end users to manage their consumption predicated on their own predilections. In order to manage their consumption or the injuctive authorization placed on the grid, people (who utilize a product or accommodation) need information and an (able to transmute and get better) power distribution system. The astute grid is an accumulation of information sources and the automatic control system that manages the distribution of puissance, understands the transmutations in demand, and reacts to it by managing demand replication. Different billing (prosperity plans/ways of reaching goals) for mutable time and type of avail, as well as conservation and use or sale of distributed utilizable things/valuable supplies, will become part of perspicacious solutions. The traditional electrical power grid is currently evolving into the perspicacious grid. Perspicacious grid integrates the traditional electrical power grid with information and communication technologies (ICT). Such integration empowers the electrical utilities providers and consumers, amends the efficiency and the availability of the puissance system while perpetually monitoring, controlling and managing the authoritative ordinances of customers. A keenly intellective grid is an astronomically immense intricate network composed of millions of contrivances and entities connected with each other. Such a massive network comes with many security concerns and susceptibilities. In this paper, we survey the latest on keenly intellective grid security. We highlight the involution of the keenly intellective grid network and discuss the susceptibilities concrete to this sizably voluminous heterogeneous network. We discuss then the challenges that subsist in securing the keenly intellective grid network and how the current security solutions applied for IT networks are not adequate to secure astute grid networks. We conclude by over viewing the current and needed security solutions for the keenly intellective gird.
智能电网安全:威胁与解决方案
如今,智能电网、智能电网和安全精明电网等术语被用来描述自动快速(远离其他)故障、修复电力、监控需求、维持和恢复(稳固和稳定的性质/持久的性质/活力)的技术,以实现更可靠的发电、输电和配电。一般来说,这些术语描述了利用微处理器预测的智能电子装置(ied)相互通信来完成以前由人类完成或未完成的任务。这些ied观察/通知/庆祝/遵守电力系统的状态,做出有益的决定,然后采取行动来保持电网的(稳固和稳定的性质/持久的性质/活力)和性能。在家中使用科技/军事住宿将允许最终用户根据自己的偏好管理他们的消费。为了管理他们的消费或电网上的强制授权,人们(使用产品或住宿的人)需要信息和(能够改变并变得更好的)配电系统。精明的电网是信息源和自动控制系统的集合,它管理电力的分配,理解需求的变化,并通过管理需求复制对其作出反应。不同的计费(繁荣计划/达到目标的方式)对可变的时间和类型的利用,以及保护和使用或销售分布式可利用的东西/有价值的供应,将成为有远见的解决方案的一部分。传统电网正在向透视电网发展。透视电网将传统电网与信息通信技术(ICT)相结合。这种整合使电力公用事业供应商和消费者获得了权力,修正了电力系统的效率和可用性,同时不断监测、控制和管理客户的权威条例。一个敏锐的智能网格是一个天文数字般巨大的复杂网络,由数百万个相互连接的装置和实体组成。如此庞大的网络带来了许多安全问题和脆弱性。本文综述了智能电网安全的最新研究进展。我们强调了敏锐的智能网格网络的内联,并讨论了这种相当庞大的异构网络的具体敏感性。然后,我们讨论了在保护敏锐智能电网网络方面存在的挑战,以及当前应用于IT网络的安全解决方案如何不足以保护敏锐电网网络。最后,我们将概述当前和需要的智能电网安全解决方案。
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