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Smart grid research infrastructures in Austria: Examples of available laboratories and their possibilities

机译:奥地利的智能电网研究基础设施:可用实验室的示例及其可能性

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The large-scale roll out of renewables in several regions in the world has led to changes in the planning and operation of the power systems. They are becoming visible nowadays on all voltage levels in distribution and partly also in transmission grids. This creates additional challenges to energy utilities due to their stochastic generation behavior. Sophisticated component design methods, intelligent information and communication architectures, control concepts as well as proper standards are necessary in order to manage the higher complexity of future intelligent power systems. Due to the considerable higher complexity of such Smart Grids powerful research infrastructures are necessary to design and validate future developments. The main aim of this paper therefore is to provide an overview of available Austrian laboratories, their possibilities as well as various scenarios on the example of the SmartEST lab from the AIT Austrian Institute of Technology as well as the Hybrid Energy Lab from the University of Applied Sciences Technikum Vienna.
机译:世界上多个地区大规模推广可再生能源,导致电力系统的规划和运行发生了变化。如今,它们在配电中的所有电压水平上以及部分输电电网中都变得可见。由于它们的随机发电行为,这给能源公司带来了额外的挑战。复杂的组件设计方法,智能信息和通信体系结构,控制概念以及适当的标准对于管理未来智能电源系统的更高复杂性是必不可少的。由于此类智能电网的复杂性相当高,因此强大的研究基础设施对于设计和验证未来的发展是必不可少的。因此,本文的主要目的是以奥地利技术学院的SmartEST实验室以及应用大学的混合能源实验室为例,概述可用的奥地利实验室,其可能性以及各种方案。维也纳科学技术学院。

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