In order to establish an appropriate interaction of a renewable DC generating source such
as Photovoltaic or Fuel cells with a DC microgrid, there is need of some DC-DC converter …

For a number of applications including the power processing of low voltage renewable
sources such as solar PV in grid connected systems, high gain voltage conversion is a basic …

The voltage output at the terminals of a DC generating source such as Photovoltaic and Fuel
cells is not enough to be integrated with the DC bus of a microgrid. Therefore, an efficient …

A new high-gain Switched Inductor DC/DC Boost converter with dual duty is proposed in this
paper for DC Microgrid applications. Two non-isolated inductors forming a switched inductor …

High efficiency is an important requirement from DC–DC converter in DC microgrid system
when integrated with renewable energy sources. This study proposes a new tri‐switching …

A novel high gain three‐state switching hybrid boost (TSS‐HB) converter for DC microgrid
applications is proposed in this study. The TSS‐HB converter is developed from a …

In solar photovoltaic (PV)-based DC microgrid systems, the voltage output of the classical
DC–DC converter produces very less voltage as a result of poor voltage gain. Therefore …

This paper proposes a new non-isolated dual-input zero-voltage switching (ZVS) dc-dc
boost converter with medium voltage gain. Two input ports of the converter are current-fed …

High-gain DC-DC converters are becoming increasingly popular in renewable energy
applications and solar PV systems. This article introduces a non-isolated non-coupled …

A nonisolated soft-switched-integrated boost converter having high voltage gain is proposed
for the module-integrated PV systems, fuel cells, and other low voltage energy sources …