Characteristics and technical challenges in energy Internet cyber-physical system

Zexing Chen, Yongjun Zhang, Z. Cai, Licheng Li, Ping Liu
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引用次数: 9

Abstract

With the technology of "Internet plus" gradually penetrating the energy industry, the fusion of smart grid and other energy network is now forming, which will create a new generation of high-efficiently energy utilization system called energy internet. And its complex coupling between energy flow and information flow is being to a cyber-physical system that possesses new features, i.e., Energy Internet Cyber-Physical System (EI-CPS). In several aspects, induding stochastic dynamic property of multi-energy flow, efficient and rapid information processing ability and strong-coupled feature between energy flow and information flow, this paper reveals the morphological characteristics in EI-CPS. Then, the paper focuses on modeling, analysis method and control technology which are core technology in CPS. On one hand, it introduces their present application in traditional power grid. On the other hand, based on the new characteristics in EI-CPS, these technical challenges in EI-CPS are put forward.
能源互联网信息物理系统的特点与技术挑战
随着“互联网+”技术逐步向能源行业渗透,智能电网与其他能源网络的融合正在形成,将形成新一代高效能源利用体系——能源互联网。其能量流与信息流之间的复杂耦合正在形成一个具有新特征的网络物理系统,即能源互联网网络物理系统(EI-CPS)。从多能流的随机动态特性、高效快速的信息处理能力、能流与信息流的强耦合特征等方面揭示了EI-CPS的形态特征。然后,重点介绍了CPS的核心技术建模、分析方法和控制技术。一方面介绍了它们在传统电网中的应用现状;另一方面,根据EI-CPS的新特点,提出了EI-CPS的技术挑战。
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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