Active power decoupling methods are developed to deal with the inherent ripple power at
twice the grid frequency in single-phase systems generally by adding active switches and …

This paper presents a literature overview of all techniques proposed until the submission of
this paper in terms of mitigating power oscillation in single-phase applications. This …

Single-phase power conversion such as pulse width modulation rectifier, grid connected PV
inverter system, static synchronous compensator all can be implemented by an H-bridge …

In this paper, an electrolytic capacitor-less ac-dc light-emitting diode (LED) driver, consisting
of a power factor correction (PFC) converter and a buck/boost bidirectional converter, is …

Double-line frequency ripple power is inherent in single-phase rectifiers and inverters, and,
if not managed properly, it can be adverse to system performance at both the ac and dc …

In a single-phase grid-connected nanogrid system, a bidirectional ac-dc converter is usually
required to transfer energy between the ac grid and a dc bus. Active ac power balancing is …

Single-phase inverters must include an energy storage device, typically a high-voltage bus
capacitor, to match the inverter constant input power to its pulsating output power. Because …

Compared with constant duty cycle-controlled discontinuous conduction mode (DCM) boost
power factor (PF) correction (PFC) converter, constant duty cycle-controlled quadratic DCM …

This study compares ripple port, stacked switched capacitor, and capacitive energy storage
architectures for active power decoupling, comparing the number of components …

A solid state variable capacitor (SSVC) with minimum capacitor is proposed. A variable ac
capacitor (with capacitance varied from 0 to Cac) is traditionally implemented by an H-bridge …