The use of fuel cells in DC microgrids has been receiving a lot of attention from researchers
and industry since both technologies can deliver clean energy with little to no environmental …

This paper proposes a new high gain step-up non-isolated transformer-less DC-DC
converter, achieved through the effective integration of an active switched-inductor network …

High gain converters have received significant acceptance in the era of hybridisation of
energy sources, particularly for photovoltaic (PV) integration and vehicle electrification …

This work proposes a modified high gain DC‐DC converter integrated with two boost
converter stages, based on a boost cell and a Z‐source (ZS) cell with a switched capacitor …

To overcome the problems associated with Z‐source‐based DC–DC converters, a quasi‐Z‐
source (QZS)‐based high‐gain DC–DC boost converter with switched capacitors is …

A multi-stage active switched inductor-capacitor network (SLCN)-based high gain DC-DC
converter structure with a single switch is proposed in this paper. The idea of utilizing …

Small, distributed types of generation like solar photovoltaic (PV) played a significant part in
shifting to a clean energy future due to economic factors and governmental laws. DC-DC …

In this study, a switched capacitor (SC)‐based single‐switch DC–DC boost converter
structure operating under the high voltage gain and the low duty ratio is proposed using the …

DC-DC power converters with high voltage gain are primary components for renewable
energy generation such as offshore wind farms. As the DC-DC converters installed in these …

This paper propounds a new high step-up DC-DC topology based on the active switched-
inductor (A-SL) technique, which utilizes a coupled inductor (CI) for performance …