The Z‐source inverter is one of the most interesting power electronic converters. Over the
past decades, research and development have been in high demand to meet the challenges …

Two high voltage gain quasi-switched boost inverters (HG-qSBIs) are introduced in this
paper. The proposed HG-qSBIs has the following characteristics: 1) continuous input current …

This study proposes a new family of high‐boost‐quasi‐Z‐source inverters (qZSIs) with
combined active switched‐inductor boost network. The proposed inverter provides …

In this article, a novel step-up transformerless inverter topology is presented for the grid-
connected solar PV system. The proposed topology has the features of a dc-dc step-up …

Two structures are proposed based on the quasi Z‐source inverter (qZSI), which can
significantly raise the output voltage in applications, including photovoltaic and fuel cells, in …

Numerous Z-source three-phase inverters are developed for realizing higher voltage gain
which are suitable to use in hybrid electric vehicle to drive the electric machine. However …

The conventional converter needs to be operated at a high duty cycle to achieve maximum
possible voltage gain. This leads to severe reverse recovery of switches, increases losses …

In this paper, the Z-source inverter voltage gain is increased by using switched-inductor
structure. In the proposed structure, the diodes of switched-inductor are substituted by the …

The boost factor of active-switched inductor boost qZSI (cASLB-qZSI) is relatively high. In
this paper, a new extended boost inverter, namely active-switched boost qZSI (ASB-qZSI), is …

This study presents a high voltage gain embedded dual switched‐capacitor‐based
continuous input current impedance source inverter for renewable energy applications …