为电网应用构建SDN网络分析的测试环境

T. Cantero-Gubert, A. Colet-Subirachs, Pol Paradell, J. Domínguez-García
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引用次数: 2

摘要

网络攻击正在成为电力系统的一个严重威胁;它的预防措施正受到越来越多的关注,需要开发商、技术提供商和网络运营商等更好地理解。为了获得关于这种风险的知识,并且由于电力系统是关键的基础设施,因此需要有实验室,以便在不危及能源服务的情况下进行这种测试。为此目的,这种实验室必须包括两个灵活的网络(即通信和电气),这两个网络是完全集成的,并允许确定一个网络对另一个网络的影响。本文介绍了一个由IREC开发的集成于微电网的可编程通信网络测试平台。这种综合实验室测试平台旨在满足智能电网在智能控制、通信、监控和自愈技术方面的要求,并允许测试网络安全发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building a testing environment for SDN networks analysis for electrical grid applications
Cyberattacks are becoming a serious thread for power systems; its prevention is gaining attention and needs to be better understood by developers, technology providers and network operators among others. In order to gain knowledge on such risks, and due to the fact that power systems are critical infrastructures, there is the need to have laboratories that allow developing such tests without putting at risk the energy service. To this aim, such laboratory must include two flexible networks (i.e. communications and electrical) which are completely integrated and allow to identify the impact of one into the other. In this paper, a testing platform developed by IREC for programmable communication networks integrated into electrical microgrids is presented. Such integrated lab-testing platform is aimed to meet the requirements of smart grids in terms of intelligent control, communications, monitoring and self-healing techniques as well to allow testing cybersecurity developments.
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