The active power-decoupling (APD) method is an effective solution to handle the inherent
double-line frequency ripple power in single-phase power systems. It removes the bulky …

This paper provides a comprehensive review of the control approaches and the power-
decoupling topologies to mitigate-ripple problem in the single-phase inverters, its solutions …

Photovoltaic (PV) systems containing a rechargeable battery as an energy buffer require
multiple dc-dc converters for PV panel control and battery regulation, and hence, they are …

Because a single-phase inverter has a power coupling between the dc bus and the ac side,
the dc bus always requires large electrolytic capacitors for the power decoupling. Although …

It is well-known that adding a notch filter in series with the typically employed type-II (or PI)
regulator allows improving the tradeoff between dc-link voltage dynamics and grid-side …

The paper suggests a method aimed to improve the performance of dynamical systems with
periodic uncertainties and disturbances (ac power converters are typical representatives of …

This paper proposes a single-phase power factor correction (PFC) rectifier to achieve high
power factor, wide output voltage range, and ripple power decoupling without using …

A novel method for controlling direct voltage regulated active dc-link capacitance reduction
circuits (ACRC) is proposed in this paper. Instead of forcing the dc-link voltage of the power …

The combined problems of cluster synchronization and disturbance rejection for a family of
fractional-order complex networks subject to coupling delay, unknown uncertainty and …

Traditional control strategy for a power decoupling circuit typically involves a dedicate ripple
power control loop, which makes it hard to achieve satisfied transient performance …