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CONTROL METHODS AND ACTIVE FILTER TOPOLOGIES APPLIED FOR FLICKER MITIGATION

机译:闪烁消除的控制方法和有源滤波器拓扑

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A linearised model of the power system with the Electrical Arc Furnace (EAF) and the Unified Power Quality Conditioner (UPQC) has been used in the frequency domain for finding an optimum control strategy of the UPQC. The analysis indicates that the most effective may be such an application of the UPQC where the parallel Active Filter (AF) compensates the whole reactive power consumed by the EAF and delivers to the network a capacitive power to hold the voltage at the PCC constant, while the series AF compensates the fluctuating active power of the EAF.
机译:在频域中使用了带有电弧炉(EAF)和统一电能质量调节器(UPQC)的电源系统的线性化模型,以找到UPQC的最佳控制策略。分析表明,最有效的方法可能是UPQC的这种应用,其中并联有源滤波器(AF)补偿EAF消耗的全部无功功率,并向网络传输电容性功率,以使PCC上的电压保持恒定,而AF系列可补偿EAF的波动有功功率。

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