In this research article, major applications which use solar PV fed DC microgrid for either
their routine operation or gain additional advantages over existing electrical power …

In this article, two single-switch quadratic boost converters based on a three-winding
coupled inductor (CI) are proposed. These converters provide a high voltage gain in a low …

This paper proposes an interleaved high step-up DC-DC converter with the coupled inductor
(CI) and built-in transformer (BIT) for renewable energy applications. Two double-winding …

A new high step-up DC-DC converter for renewable energy applications is proposed in this
paper. Employing an interleaved quadratic structure, two two-winding coupled inductors …

In this article, a new coupled inductor-based high voltage gain dc–dc converter with
continuous input current and reduced semiconductor stresses (with respect to the …

This article proposed a novel two-phase interleaved coupled inductor (CI)-based high step-
up gain converter without right half-plane (RHP) zeros for a wide operating range of duty …

In this paper, a new ultra high step‐up soft‐switching DC/DC converter using coupled
inductor and interleaved technique is presented. The primary side of the coupled inductors …

In this article, a new non-isolated interleaved DC–DC converter is proposed to provide a
high voltage conversion ratio in renewable energy systems. The converter configuration is …

In the pursuit of greener and more sustainable transportation solutions, fuel cell vehicles
(FCVs) have widely emerged. The DC-DC converter regulates the variable output voltage of …

This paper proposes a soft‐switching high step‐up DC/DC interleaved boost converter. The
converter uses an interleaved structure to decrease input current ripple. The coupled …