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 …

This article proposes a brand‐new high voltage gain step‐up DC‐DC converter through the
amalgamation of active switched‐inductors (A‐SL) and a coupled‐inductor (CL) unit. This …

For decentralized electrification in remote areas, small-sized wind energy systems (WESs)
are considered sustainable and affordable solution when employing an efficient, small-sized …

Recently, wind power has gained popularity as a sustainable energy source. Wind energy
conversion systems (WECSs) can accept fixed speed and variable speed (VS) operations …

The need for high gain DC-DC converters has lately increased in tandem with the utilization
of renewable energy supplies. Particularly appealing are high gain converters that do not …

Electrical energy conversion and storage in DC systems, with increasing importance in
industry, requires DC–DC power electronic converters with performances adapted to today's …

This paper presents a new optimization strategy for a stand-alone wind energy conversion
system (WECS). The WECS is comprised of a variable-speed wind turbine (WT) with a …

Three-winding coupled inductor structures have gained popularity in high-voltage-gain dc–
dc converters. This cell allows generating an infinity of topologies. However, there are no …

In this paper, two step-down converters with a high reduction ratio based on the concept of
switched inductors and switched capacitors are analyzed, modeled, and controlled. These …

This study proposes a high step‐down DC‐DC converter with minimum elements. In the
proposed converter, soft switching condition is provided with only one auxiliary switch, which …