Integrating electric vehicles (EVs) into the electric power system poses significant
challenges to grid operation and planning due to the potential constraints on the power …

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 article presents a novel nonisolated high step-up dc-dc converter for renewable energy
generation systems. The converter combines a three-winding coupled inductor (CI), voltage …

This article proposes an interleaved high step-up converter based on three-winding coupled
inductor (TW-CI) with symmetrical structure. By utilizing the TW-CI along with a voltage …

This article proposes a systematic method to construct three-port converters (TPCs) and
bidirectional three-port converters (BTPCs) by integrating two dc–dc converters including …

This paper proposes an ultrahigh synchronous drive step-up dc-dc converter to improve the
low voltage generated by proton exchange membrane fuel cell (PEMFC) with proper duty …

This article proposes a full soft-switching high step-up dc/dc converter with active switched
inductor and three-winding coupled inductor (ASL-TWCI). By utilizing the three-winding …

The DC–DC converters have to be characterized by high gain, low voltage stress, small size,
and high efficiency for most of the applications including fuel cell and photovoltaic …

High step-up dc–dc converter is generally used in microgrid, uninterruptible power supply,
hybrid electric vehicle, and other applications. For attaining high boosting and high …

In this article, a fully soft-switched ultra-high-voltage gain converter with very low switch
voltage stress is presented. To achieve ultra-high-voltage gain and very low switch voltage …