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An MRAS based current harmonics reduction for three phase PWM rectifier under input voltage distortion

机译:输入电压失真下基于MRAS的三相PWM整流器电流谐波降低

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The input voltage distortion in the three phase PWM rectifier is a main factor in the input current distortion and the voltage ripples across the DC link capacitor. This paper presents the MRAS(Model Reference Adaptive System) based input current harmonics reduction for the PWM rectifier under the input voltage distortion. The dq compensating voltages produced from the dq current difference between real system and the estimator model make up for the effect of the source voltage harmonics on the phase currents. The performance of the proposed algorithm is verified through the simulation and the experiment.
机译:三相PWM整流器中的输入电压失真是输入电流失真和DC链路电容器两端的电压纹波的主要因素。本文提出了在输入电压失真下基于MRAS(模型参考自适应系统)的PWM整流器的输入电流谐波降低。由实际系统与估算器模型之间的dq电流差产生的dq补偿电压弥补了源电压谐波对相电流的影响。通过仿真和实验验证了所提算法的性能。

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