研究基础设施整合,促进智能电网测试

L. Pellegrino, R. Lazzari, M. Verga, C. Sandroni
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引用次数: 0

摘要

能源转型正在改变电力系统。随着配电系统中分布式能源数量的不断增加,以及大多数传感器和执行器的数字化,电网正在成为智能电网。智能电网主题的组件和系统测试可能会带来许多挑战。ERIGrid项目试图找出一些即将出现的问题,通过研究机构合作和研究基础设施集成的方式来扩大智能电网实验室的潜力和能力的可能性。该项目开发了用于实验室集成的不同工具。其中一种新的方法,称为整体测试描述,已经开发出来,其目的是帮助研究人员清楚地确定测试范围和最好的测试程序被采用。此外,Ricerca sul Sistema Energetico (RSE)也开发了一种名为JaNDER的新型通信工具,RSE也是ERIGrid项目联盟的成员。该工具允许在研究基础设施之间以一种简单有效的方式进行实时数据通信,从而实现实验室之间的虚拟连接。这些工具已经在RSE的分布式能源测试设施(DER-TF)中由RSE研究人员和外部用户成功测试和验证,证明了在很大程度上扩展智能电网实验室实验潜力的可能性。本文展示了一些开发的工具,并展示了在RSE DER-TF中执行的一些测试,这些测试展示了实验室集成如何减少测试设置时间,优化实验室使用并提高实验测试活动的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research Infrastructures integration to foster Smart Grid testing
The energy transition is changing the electrical power system. The increasing number of distributed energy resources in the distribution system and the digitalisation of most of the sensors and actuators are bringing the electrical grid to became a Smart Grid. Component and system testing for Smart Grid topics can introduce many challenges. ERIGrid Project tried to Figure out some of the upcoming issues investigating the possibility to expand Smart Grids laboratories potentialities and capabilities by means of research institutes cooperation and Research Infrastructures integration. Different tools for laboratory integration have been developed in the project. Among them a new methodology, called Holistic Test Description, has been developed with the goal to help researchers to clearly identify the test scope and the best test procedure to be adopted. Moreover a new communication tool, called JaNDER, has been developed by Ricerca sul Sistema Energetico (RSE) which is also member of the consortium of ERIGrid Project. This tool allows real time data communication between Research Infrastructures in an easy and effective way enabling a virtual connection between laboratories. These tools have been successfully tested and proved in the Distributed Energy Resources Test Facility (DER-TF) of RSE both by RSE researchers and also external users demonstrating the possibility to largely extend Smart Grid laboratories experimental potentialities. This paper shows some of the developed tools and presents some tests performed in RSE DER-TF that demonstrate how laboratories integration can reduce test set-up timing, optimise laboratory usage and improve the quality of experimental testing activities.
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