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Response analysis of an industrial mixer drive subjected to voltage sags. Part I. Modeling and simulation results

机译:经过电压凹陷的工业混合器驱动器的响应分析。第一部分。建模和仿真结果

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Modeling and Simnon simulation analysis of an industrial mixer motor/drive system has been done during voltage sags. A novel ride-through compensation scheme for an industrial mixer motor/drive system is presented during voltage sags. From d-q dynamic model of the electrical and mechanical processes, Simnon simulation equations are derived. A ride-through compensation scheme which exploits the surplus energy stored in the DC-link capacitor is introduced. Both compensated and uncompensated cases have been simulated.
机译:在电压凹陷期间已经完成了工业搅拌机电机/驱动系统的建模和SIMNON仿真分析。在电压凹凸期间呈现用于工业混合器电动机/驱动系统的新颖乘坐补偿方案。从电气和机械过程的D-Q动态模型,衍生Simnon仿真方程。引入了利用存储在DC-Link电容中的剩余能量的乘车补偿方案。已经模拟了补偿和未补偿的病例。

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