The bipolar dc microgrid is attracting attention for its high efficiency and reliability, but the
bipolar dc bus is susceptible to unbalanced power. This article proposes a bipolar current …

This article proposes a novel current-fed LLC resonant (CFLLC) converter for wide voltage
range applications. For the proposed CFLLC converter, it is obtained by integrating a boost …

In hybrid electric vehicles (EVs), multi-input dc–dc converters with different sources of
energy storage are preferred to enhance the EV market penetration. The proposed new …

Multi-port power converters are widely used in managing multiple energy sources and
loads. To that end, a dual-input single-output dc-dc converter is proposed in this article. The …

This article proposes a novel nonisolated dual-input single-output high step-up dc/dc
converter with coupled inductor (NI-DISO-CI) for the distributed sources. The coupled …

Triple-active-bridge (TAB) dc-dc converter is a good candidate for multiple applications such
as renewable energy, electric, and fuel cell vehicles due to its capability of integrating …

The increasing popularity of Electric Vehicles (EVs) can be attributed to recent
advancements in highly efficient power conversion technology, as well as a desire to reduce …

The three-port triple active bridge (TAB) dc-dc converters have been extensively studied for
some applications in renewable energy, electric and fuel cell vehicles. However, due to the …

Featured with a more complicated configuration, the modelling, analysis, and derivation of
multiport converters (MPCs) requires much more effort than conventional two-port …

Multiport converters (MPC) have been extensively studied for renewable energy and
microgrid applications in recent years. However, the derivations of different types of MPCs …