In this paper, to solve the hard-switching operation problem and the lack of existing a
bidirectional power flow path from output to the energy storage device of the conventional …

Faulty phase selection (FPS) methods are used to solve the problem of single phase to
ground fault (SPGF) in the distribution network. When a false FPS (FFPS) issue occurs, the …

Microgrids (MGs) often integrate various energy sources to enhance system reliability,
including intermittent methods, such as solar panels and wind turbines. Consequently, this …

This paper presents a generalized restructured topology for boost, buck-boost and its
derived dc/dc converters with rearranging branches to enhance the reliability of the …

In this article, an ultra‐high step‐up DC‐DC converter has been proposed. The topology of
the converter is a combination of a cascaded boost converter, positive output super lift Luo …

This article introduces a reconfigurable multiport dc–dc converter designed to compensate
for multiple-switch faults, ensuring uninterrupted power supply with improved reliability in …

Power plants have relied on fossil fuels to provide electricity ever since the industrial
revolution, and the consequent emissions have had a life-threatening effect on nature. Thus …

Electrical energy is one of the majorly adaptable sources of energy available today due to
the advancement of power electronics in recent decades. Nonetheless, designing proper …

This paper presents a tool that evaluates the applicability of a fault diagnostics technique
(FDT) for Switch-Mode Non-Isolated DC-DC converters (SMNI DC-DC). The proposed tool …

This study develops a novel DC‐DC converter with an extremely high voltage conversion
ratio that utilizes just one switch, a voltage multiplier circuit (VMC), and a coupled‐inductor …