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 …

This paper presents the design and analysis of a high voltage gain converter utilizing a
coupled inductor with reduced voltage stress, specifically for photovoltaic energy-based …

DC microgrids are becoming very popular due to the increasing deployment of distributed
power generation systems. This presents new challenges for power converters, including …

This article proposes an interleaved high step‐up DC–DC converter topology designed for
renewable energy applications, featuring an ultra‐high voltage conversion ratio. The …

Simultaneous charging with the individual voltage-fed LLC resonant converters has the
drawback of two-stage conversion losses and increased cost, volume, and control …

This article presents a new design for a multiinput high-step-up dc–dc converter that utilizes
three winding coupled inductors (TWCIs) along with voltage multiplier cells (VMCs). This …

This research aims to construct a high gain boost DCDC converter using the interleaved
technique with coupled inductors (CIs) and voltage multiplier cells (VMCs). The presence of …

This paper proposes a new high step-up non-isolated transformer-less DC-DC converter
topology for DC microgrid applications. By effectively incorporating a modified active …

This paper presents a high-step-up DC-DC topology. This circuit configuration yields a
quadratic output voltage while maintaining low voltage stress on power MOSFETs. The …

A high-reliability SEPIC converter with reconfigurable voltage conversion gain is proposed,
which is composed of a basic SEPIC converter and n extended units. Adopting an …