Performance evaluations of next generation networks for smart grid applications

Gurkan Tuna, Esra Kaya, K. Gulez, G. Kiokes, V. C. Gungor
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Abstract

Smart Grid (SG) can be described as the concept of modernizing the traditional electrical grid. Through the addition of SG technologies traditional electrical grids become more flexible, robust and interactive, and are able to provide real time feedback by employing innovative services and products together with communication, control, intelligent monitoring, and self-healing technologies. For being fully functional, utility operators deploy various SG applications to handle the key requirements including delivery optimization, demand optimization and asset optimization needs. The SG applications can be categorized into two main classes: grid-focused applications and customer-focused applications. Although these applications differ in terms of security, Quality of Service (QoS) and reliability, their common requirement is a communication infrastructure. In this paper, we focus on the use of Next Generation Networks (NGNs) for SG applications. We also present a detailed analysis of a NGN-based communication infrastructure for SG applications in terms of global network statistics and node-level statistics.
面向智能电网应用的下一代网络性能评估
智能电网是对传统电网进行现代化改造的概念。通过SG技术的加入,传统电网变得更加灵活、健壮和互动,并能够通过采用创新的服务和产品以及通信、控制、智能监控和自修复技术提供实时反馈。为了实现全功能,公用事业运营商部署了各种SG应用程序来处理关键需求,包括交付优化、需求优化和资产优化需求。SG应用程序可以分为两大类:以网格为中心的应用程序和以客户为中心的应用程序。尽管这些应用程序在安全性、服务质量(QoS)和可靠性方面有所不同,但它们的共同需求是通信基础设施。在本文中,我们重点讨论了下一代网络(ngn)在SG应用中的应用。我们还从全球网络统计和节点级统计的角度详细分析了基于ngn的SG应用通信基础设施。
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