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Real-time electromagnetic transient and transient stability co-simulation based on hybrid line modelling

机译：基于混合线路建模的实时电磁暂态和暂态稳定联合仿真

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摘要

This study presents a different approach to co-simulation based on an electromagnetic transient and transient stability (TS) hybrid line model for real-time (RT) hardware-in-the-loop applications. In the presented co-simulation scheme, instead of resorting to equivalent systems, the detailed and external systems are linked through a simple hybrid line model that accounts for wave propagation in both electromagnetic and TS simulation paradigms. After presenting and discussing the hybrid line model, the Hypersim RT co-simulation platform is detailed and the impacts of the RT constraint on various aspects of co-simulation software are explained. Two application cases are then presented: the first one to illustrate the validity of the presented approach and the second one to illustrate the performance of the RT co-simulation platform. This study concludes by describing the remaining challenges for future work.
机译：这项研究针对实时（RT）硬件在环应用，提出了一种基于电磁瞬变和瞬态稳定（TS）混合线路模型的协同仿真方法。在提出的协同仿真方案中，代替了等效系统，详细的和外部的系统通过简单的混合线模型链接，该模型考虑了电磁和TS模拟范式中的波传播。在介绍和讨论了混合线路模型之后，详细介绍了Hypersim RT协同仿真平台，并说明了RT约束对协同仿真软件各个方面的影响。然后介绍了两个应用案例：第一个用于说明所提出方法的有效性，第二个用于说明RT协同仿真平台的性能。本研究通过描述未来工作的剩余挑战来结束。

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