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A model predictive controller (MPC) for transformless shunt hybrid power filters (SHPF) is proposed in this paper to compensate the harmonics generated by nonlinear load. In the proposed MPC, discrete time model of SHPF is employed to predict the next current values for all possible space vectors. The vector which minimizes a cost function is selected as the next switching vector. The steady-state...
This paper presents a new low switching frequency modulation technique for multilevel power converters. The proposed algorithm is based on model predictive control and uses the sliding discrete Fourier transform to calculate harmonic components in real time in order to eliminate undesired harmonics at the output voltage. In this way the cost function of the predictive control can achieve similar results...
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