Smart grid evolution through the exploitation of future internet networking concepts

A. Liakopoulos, A. Zafeiropoulos, P. Gouvas
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引用次数: 4

Abstract

Smart grids are smart grids because they don't only transport electricity but also information that will become an active part of the electricity supply system. Smart grid evolution has, thus, a lot to gain through the exploitation of emerging Future Internet networking technologies for the efficient collection and management of the acquired information. The capabilities for interconnection of numerous intelligent networking devices, the advanced monitoring and control of dynamic networking infrastructures and the efficient handling of large volumes of data are research areas that have direct applicability into the smart grid design and operation. This article presents our insights for the design of a novel and open overlay networking architecture for leveraging end-to-end interconnection of physical or virtual objects, for achieving decentralized data management, and for providing distributed services in smart grid environments. The proposed architecture follows a layered-approach and extends or adapts a set of existing overlay and IP protocols. In addition, a smart grid business-oriented scenario is briefly presented in order to explain how future technologies may be used to fulfill contemporary society needs.
智能电网通过利用未来的互联网网络概念而进化
智能电网之所以是智能电网,是因为它们不仅传输电力,而且还传输信息,这些信息将成为电力供应系统的活跃组成部分。因此,通过利用新兴的未来互联网网络技术来有效地收集和管理所获取的信息,智能电网的发展将大有裨益。众多智能网络设备的互联能力、对动态网络基础设施的先进监控和高效处理大量数据是智能电网设计和运行中直接适用的研究领域。本文介绍了我们对设计一种新颖的开放式覆盖网络体系结构的见解,该体系结构利用物理或虚拟对象的端到端互连,实现分散的数据管理,并在智能电网环境中提供分布式服务。所提出的体系结构遵循分层方法,并扩展或适应一组现有的覆盖层和IP协议。此外,简要介绍了面向智能电网业务的场景,以解释如何使用未来技术来满足当代社会的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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