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 …

A hybrid switched inductor with flexible high voltage gain boost converter for 400 V DC
microgrid application is presented in the paper. The three operating modes of the converter …

In this article, an improved ripple-free input current boost-based high step-up (HSU) dc/dc
converter compared to the coupled inductor (CI) ones is proposed, where the large CI is …

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 …

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 …

This paper proposes a Multi-Input Single-Output (MISO) non-isolated DC-DC boost
converter. The converter integrates various sources to a single DC bus making it applicable …

DC microgrids are considered a key component of smart grids, which will make the power
grids more reliable, obtain good power quality and system energy efficiency, and provide the …

DC Microgrid has got attention due to wide use of DC energy sources. For this purpose, high
gain boost converter is proposed. Modified switched inductor is used to boost the output …

In a DC microgrid, the integration of renewable energy sources requires a DC-to-DC
converter for a better communication and energy transfer. The conventional boost converter …

With global warming reaching an alarming state and global warming becoming a real cause
of concern for survival, Renewable Energy (RE) resources are gaining more importance with …