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Real-time experimental analysis for protection and control of smart substations

机译：智能变电站保护与控制的实时实验分析

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To reach the future smart grid vision, comprehensively equipped test beds are required for identification of the vulnerabilities, security concerns and the impact analysis of the new control and protection concepts. The future smart substations are expected to have enhanced capabilities such as wide-area situational awareness, interoperability, and self-sustained generation capability to achieve resilient power grid goals. Prior to field deployment, any new protection and control capabilities should pass rigorous tests. With this motivation, this paper presents a real-time experimental analysis for protection and control of smart substations in a state-of the-art test bed platform. A coordinated wide-area protection approach is proposed for transmission and distribution levels enabling interoperability between IEDs at different layers. An aggregated distributed generation and storage dispatch optimization method is proposed for self-sustained smart substations in case of outage such as a blackout situation. In order to validate the proposed protection and control methods, experimental results are given.
机译：为了实现未来的智能电网愿景，需要配备齐全的测试平台来识别漏洞，安全问题以及对新控制和保护概念的影响分析。预计未来的智能变电站将具有增强的功能，例如广域态势感知，互操作性和自我维持的发电功能，以实现弹性电网目标。在现场部署之前，任何新的保护和控制功能都应通过严格的测试。出于这种动机，本文提出了在最新测试平台上对智能变电站进行保护和控制的实时实验分析。针对传输和分配级别，提出了一种协调的广域保护方法，以实现不同层次的IED之间的互操作性。针对停电等停电情况，提出了一种适用于自持式智能变电站的分布式分布式发电与存储调度优化方法。为了验证所提出的保护和控制方法，给出了实验结果。

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