High penetration of distributed generations and active loads have enabled the power
electronics converter to become a vital component in the modern power grid system, and the …

Repetitive control (RC), which can achieve zero steady-state error tracking of any periodic
signal with known integer period, offers active power filters (APFs) a promising accurate …

In this paper, a frequency adaptive selective harmonic control (FA-SHC) scheme is
proposed. The FA-SHC method is developed from a hybrid SHC scheme based on the …

The repetitive control (RC) scheme, which can achieve zero steady-state error tracking of
any periodic signal with a known integer period, is widely employed in grid-connected …

Grid-connected power converters should employ advanced current controllers, eg,
proportional resonant (PR) and repetitive controllers (RC), in order to produce high-quality …

Phase lead compensation precision dramatically affects the performance of a repetitive
controller (RC). Integer order phase lead compensation of proportional integral …

Conventional model predictive control (MPC) for electrical drives relies on the accuracy of
system model, thus, its performance will deteriorate due to disturbances such as parameter …

This paper presents a multirate fractional-order repetitive control (MRFORC) of three-phase
shunt active power filter (APF) suitable for microgrid applications. The proposed APF control …

A generic multifrequency repetitive control (GMFRC) scheme, is proposed to perfectly
compensate for all kinds of periodic signals including multifrequency signals, where multiple …

In this paper, a parallel structure fractional repetitive control (RC) scheme is proposed to
improve the performance of pulsewidth-modulation (PWM) inverters in fractional cases …