With the smart grid revolution, there is a growing interest in the use of power converters
associated to LCL filters to interface between the main utility grid and loads or renewable …

Grid-tied inverters play a vital role in distribution power systems to utilize renewable energy
systems. Pulsewidth modulation (PWM) techniques are used for the inverters switching …

This article proposes a harmonic voltage injection pulsewidth modulation (PWM) method for
a Vienna rectifier with an LCL filter. Existing PWM methods for Vienna rectifiers with full …

Many research works report the use of LCL filters for grid-interfaced PV systems. Indiscreet
selection of passive LCL filter parameters may result in poor filtering and increased power …

In this paper, an integrated structure of coupled inductors is proposed for three-phase ac-dc
power conversion. According to the differential-mode and common-mode, three coupled …

State-of-the-art ultra-fast battery chargers for electric vehicles simultaneously require high
efficiency and high power density, leading to a challenging power converter design. In …

In this paper, a fully soft-switched silicon carbide (SiC)-based modular step-up resonant
converter with magnetically integrated zero current switching voltage doublers is proposed …

This study provides the design, control and comparative analysis of the proposed LCLC
coupling hybrid active power filter (LCLC‐HAPF). Compared with the conventional L filter …

The role of control techniques is increasing due to the high penetration of renewable energy
sources at grid level. The importance of inverters also rises as it balances the supply …

This article investigates the design and control of the parallel-hybrid converter (PHC), which
consists of parallel connection of a silicon insulated gate bipolar transistor (IGBT) bridge and …