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FCS – MPC and Feedback Quantizer applied to a Multi-Cell AFE Rectifier

机译:FCS –适用于多单元AFE整流器的MPC和反馈量化器

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摘要

In this paper is presented a proposal of control strategy based on Finite Control Set - Model Predictive complemented with Feedback Quantizer. Finite Control Set - Model Predictive is a control scheme widely used in power converters. The advantages of this control are, among others, (i) the nonlinearities and constraints of the converter's operation, (ii) the natural discrete operation of power converters, and (iii) the rapid response to changes in references or disturbances. Yet, one drawback to be mentioned in the Finite Control Set - Model Predictive Control would be the non-fixed switching frequency, which results in a dispersed harmonic spectrum, generating resonance or saturation in transformers. The proposed control strategy, improve the harmonic spectrum of input current and PWM voltage of the power cell in a Multi-Cell AFE Rectifier. Simulation results confirm the validity of the proposal.
机译:本文提出了一种基于有限控制集-模型预测与反馈量化器互补的控制策略的建议。有限控制集-模型预测是一种广泛用于功率转换器的控制方案。这种控制的优点尤其是(i)转换器工作的非线性和约束,(ii)功率转换器的自然离散操作,以及(iii)对基准或干扰变化的快速响应。然而,在有限控制集中要提到的一个缺点-模型预测控制将是非固定的开关频率,这会导致谐波频谱分散,在变压器中产生谐振或饱和。所提出的控制策略改善了多单元AFE整流器中功率单元的输入电流和PWM电压的谐波频谱。仿真结果证实了该建议的有效性。

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