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A Real-time Digital Simulation and Testing System for SVC Used in EAF Power Supply System

机译：EAF电源系统中SVC的实时数字仿真和测试系统

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This paper introduced a real-time digital modeling approach for Electrical Arc Furnace (EAF) based on recorded field data. The model equaled the arc furnace to a current source controlled by the field data, and via adopting a phase locked technique, the synchronization between simulation and field data was performed, which made a long time real-time simulation possible. Besides, the model was used for evaluating the performance of SVC system which contributes to compensate Var and mitigate the harmonic and flicker caused by EAF. The simulation was implemented on the Real Time Digital Simulators (RTDS) and the results of simulation illustrate that the proposed EAF model and evaluation system can be used for testing a physical control system of SVC system and evaluating the control strategy.
机译：本文介绍了基于录制现场数据的电弧炉（EAF）的实时数字建模方法。该模型将电弧炉与由现场数据控制的电流源等于电流源，并且通过采用锁相技术，执行模拟和现场数据之间的同步，这使得可以长时间的实时模拟。此外，该模型用于评估SVC系统的性能，这有助于补偿VAR并减轻EAF引起的谐波和闪烁。在实时数字模拟器（RTD）上实现了模拟，仿真结果表明，所提出的EAF模型和评估系统可用于测试SVC系统的物理控制系统并评估控制策略。

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