With the development of the processing capacity of the embedded chip, it is possible to
implement a machine learning algorithm in the embedded system. To achieve the fault …

The conventional three-level inverter only has voltage buck capability. The quasi-Z-source
three-level T-type inverter (QZS 3LT 2 I) has been proposed to realize voltage buck-boost …

One of the disadvantages of the charging systems and voltage regulation systems in
alternative energy systems is that when the direct current (DC)/alternative current (AC) or …

The model predictive direct power control (MPDPC) has attracted significant attention due to
its outstanding dynamic response and high power factor. However, the variable switching …

This article describes an example of a solar inverter design based on the quasi-Z-source
network taking into account multi-objective optimization. An overview of the solar inverter …

Distributed energy resources (DER) such as solar photovoltaic (PV) interfaces with the utility
grid by high-efficiency power electronic converters. This equipment is sometimes …

This article proposes the topology and space vector modulation (SVM) method of a reduced
switch count (RSC) quasi-Z-source (QZS) three-level inverter, which can realize voltage …

The quasi-Z-source (QZS) asymmetrical three-level inverter (ATLI) can be regarded a post-
fault topology of the QZS T-type three-level inverter. Due to the inherent limitation of this …

The reduced switch count quasi-Z-source three-level inverter (RSC-QZS-TLI) not only
maintains the advantages of continuous input current in the conventional quasi-Z-source …

This paper presents an interleaved isolated power factor correction (PFC) converter module
for three-phase electric vehicle (EV) chargers requiring for wide output voltage ranges. The …