The rapid consumption of fossil fuel and increased environmental damage caused by it have
given a strong impetus to the growth and development of fuel-efficient vehicles. Hybrid …

In this paper, recent topologies for bi-directional AC-DC converters are reviewed. The
reviewed topologies are efficient, isolated and compact and can be used as an on-board …

This paper presents a new dc/ac inverter for low-power applications (ie, high-voltage, low-
current applications), which offers soft switching of the power semiconductors and low output …

In this article, the soft-switching technique is an important way to achieve high frequency and
high conversion efficiency for transformerless grid-connected inverters (TLIs) with distributed …

This paper presents a study of a two-level inverter. It proposes a modulation scheme for
inverters featuring zero-voltage switching (ZVS) with both fixed and variable switching …

Most inverters driving electrical machines or for grid applications operate under hard
switching conditions at fixed frequency. However, the resulting high switching losses from …

Wide bandgap devices in combination with TCM (for soft switching) are typically applied in
inverters to achieve high power density and efficiency. This has the disadvantage of a huge …

Electric and hybrid electric vehicles (EV/HEV) are part of a potential solution for the
conservation of fossil fuels and the reduction of emissions towards ensuring sustainable …

This paper proposes a new ZVS technique for full-bridge single-phase inverters that has
several applications such as PV ac modules. The technique uses smaller passive filter …

The inverter in conventional BLDC motors use hard switching technique, due to which it has
low switching frequency and high losses. Active Clamp resonant DC link is proposed to use …