Smart Area Aachen - in field test of meter placement and state estimation algorithms for distribution grids

D. Echternacht, M. Franken, A. Moser, W. Feilhauer, W. Schrieder, U. Geulen, P. Zimmer
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引用次数: 6

Abstract

As decentralized generation capacities in German distribution grids are rising, a growing number of distribution system operators (DSOs) are facing new problems and challenges. On the other hand different technologies and methodologies are emerging and enabling DSOs to handle the new challenges. These technologies are often summarized using the abstract term “smart grid”. The design, installation and in field test of such a smart grid is the target of the project “Smart Area Aachen”. In order to do so the project consortium consists of partners from science as well as partners from industry and is divided into different sub-projects which focus on individual aspects of future smart grids, e.g. communication infrastructure, remote controlled substations and network planning considering new equipment and infrastructure. The following paper presents the sub-project “State Estimation in Distribution Grids” which focusses on distribution system state estimation and optimal meter placement.
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智能区域亚琛-配电网电表安置和状态估计算法的现场试验
随着德国配电网分散式发电能力的不断提高,越来越多的配电网运营商面临着新的问题和挑战。另一方面,不同的技术和方法正在出现,使dso能够应对新的挑战。这些技术通常用抽象的术语“智能电网”来概括。这种智能电网的设计、安装和现场测试是“亚琛智能区”项目的目标。为了做到这一点,项目联盟由来自科学和工业的合作伙伴组成,并分为不同的子项目,这些子项目侧重于未来智能电网的各个方面,例如通信基础设施,远程控制变电站和考虑新设备和基础设施的网络规划。本文介绍了“配电网状态估计”的子项目,主要研究配电系统状态估计和最佳电表放置。
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