In this manuscript, a novel high-gain DC-DC converter with an ultra-step-up voltage gain
value of 22.2 is introduced along with a custom-developed web application for remotely …

Generating sources of renewable systems, like photovoltaic module or fuel cell, have a low‐
output voltage that has to be boosted for most of applications, such as grid‐tie inverters. To …

This research paper presents a high-gain DC–DC converter with ultra-step-up voltage gain
capability. The proposed converter is synthesized from a two-phase interleaved boost …

This article presents a novel high gain soft-switching DC–DC converter with low component
count and low voltage stress across switching devices. The proposed converter employs …

At present, the implementation of fuel cell power generation system in electric vehicles has
been widely concerned. But the voltage produced by fuel cells is generally relatively low and …

A high-gain soft switched step-up dc–dc converter is presented in this article. High gain is
achieved at lower duty and turns ratio with a pair of coupled inductors (CIs) and a voltage …

In this paper, an SEPIC‐based direct current–direct current (DC–DC) converter with high
voltage gain and continuous input current is provided. Input current Continuity is a great …

The fuel cell electric vehicles require a dc‐dc converter as a power interface to match the
fuel cell voltage to the dc bus. By considering the soft characteristics of the fuel cell source …

This article presents a high‐gain soft‐switching DC–DC converter that achieves high gain by
using a coupled inductor and a voltage multiplier. An inductor is used to provide a …

This paper proposes a single‐ended primary‐inductor converter (SEPIC)‐based DC‐DC
converter with higher voltage gain, continuous input current, and lower voltage stress …