Smart Grid technology review within the Transmission and Distribution sector

V. Hamidi, K. Smith, Roddy C. Wilson
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引用次数: 106

Abstract

Electricity networks operators must operate their network with a high degree of efficiency and reliability. Presently the drivers for lower-carbon electricity generation technologies are high, and to accommodate such technologies (e.g. large-scale wind power), significant changes have to be made to the way that Transmission and Distribution (T&D) networks are designed and operated. The Smart Grid concept has been introduced to highlight alternative, automated technologies that may bring significant benefits to the T&D networks. This paper summarizes smart grid technologies within the T&D sector that in terms of technology readiness are superior to other technologies, and are expected to be deployed in the near future. This paper summarizes the drivers behind development of the smart grid, then by introducing some smart grid technologies, their potential applications and benefits are discussed. The engineering challenges which may prevent large scale deployment of smart grid technologies is discussed
输配电领域智能电网技术综述
电网运营商必须以高效率、高可靠性的方式运营电网。目前,低碳发电技术的驱动力很大,为了适应这种技术(例如大规模风力发电),输配电(T&D)网络的设计和运行方式必须做出重大改变。智能电网的概念已经被引入,以强调可为输配电网络带来重大利益的替代自动化技术。本文总结了输配电领域的智能电网技术,这些技术在技术准备方面优于其他技术,并有望在不久的将来得到部署。本文总结了智能电网发展的动因,并介绍了一些智能电网技术,讨论了它们的潜在应用和效益。讨论了可能阻碍智能电网技术大规模部署的工程挑战
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