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TSGC-DSCC - trends in smart grid communications: detection, scheduling, control and communications

机译:TSGC-DSCC-智能电网通信的趋势:检测,调度,控制和通信

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The emergence of Information and Communication Technologies (ICTs) and the support to two-way flow communication promote the evolution of traditional electric power grids. To be more effective, this evolved system known as Smart Grid necessitates an efficient, reliable, flexible, sustainable, affordable and more secure infrastructure, in order to better respond to increasing demand for green energy, to enhance the detection of real-time big data and to handle efficient communication between all stakeholders. In this paper, we present an overview on detection, scheduling, control and communications in Smart Grids: we start by providing a comparison between the traditional and the new Smart Grid, we analyse the factors prompted the emergence of Smart Grids and we illustrate new entities following its appearance. Then, we explore advanced techniques aiming to read, to process and to communicate bidirectional data within the grid, and, then, we highlight several opportunities given and deep challenges faced.
机译:信息和通信技术(ICT)的出现以及对双向流通信的支持促进了传统电网的发展。为了更有效,这个被称为智能电网的演进系统需要高效,可靠,灵活,可持续,负担得起的和更安全的基础架构,以便更好地应对不断增长的绿色能源需求,从而增强对实时大数据的检测能力。并处理所有利益相关者之间的有效沟通。在本文中,我们对智能电网中的检测,调度,控制和通信进行了概述:首先,通过对传统智能电网和新智能电网之间的比较,我们分析了促使智能电网出现的因素,并举例说明了新实体。跟随其外观。然后,我们探索旨在在网格内读取,处理和通信双向数据的先进技术,然后,我们重点介绍了给定的若干机遇和面临的严峻挑战。

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