迈向智能电网系统验证:整合Smart和SESA实验室

Martin Büscher, Klaus Piech, S. Lehnhoff, S. Rohjans, C. Steinbrink, Jorge Velasquez, F. Andrén, T. Strasser
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引用次数: 7

摘要

欧洲电力能源系统的发展已经进行了好几年。在此过程中,整个电力系统的复杂性不断增加。在相互关联的基础设施中安装新的组件和概念变得越来越复杂,因为它们的影响很难预测。此外,能源系统是一个关键的基础设施,不能被行为不明确的组件破坏。因此,新方法必须在复杂的大规模联合模拟中进行测试和验证。本文介绍了两种不同实验室基础设施的集成,使这种联合仿真分析成为可能。一方面,奥地利最聪明的实验室专注于分布式能源、电力电子元件及其集成问题。另一方面,德国的SESA实验室主要解决硬件和软件仿真集成问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Smart Grid system validation: Integrating the SmartEST and the SESA laboratories
The evolution of the European electrical energy system has been in progress for several years now. During this process the complexity of the overall power system has been continuously increasing. Installing new components and concepts into the interrelated infrastructure is getting more complicated as their impacts are hard to predict. Moreover, the energy system is a critical infrastructure that cannot be jeopardized by components with unclear behavior. Thus, new approaches have to be tested and validated in complex, large-scale co-simulations. In this paper an integration of two different laboratory infrastructures is introduced that enables such co-simulation analysis. On the one hand, the SmartEST laboratory in Austria is focusing on distributed energy resources, power electronic components as well as their integration issues. The SESA laboratory in Germany, on the other hand, addresses mainly hard- and software simulation integration.
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