In recent times, the increasing demand for energy consumption on a global scale and the
prevalent use of power electronics DC-DC converters in various applications, such as hybrid …

The effect of pollution on the planet earth and the rapid use of fossil fuels provides a strong
impulse for the growth and evolution of electric vehicles (EVs). The advancements in Hybrid …

Bipolar dc grid systems are fast gaining attraction for renewable energy source integration,
because of their merits of higher reliability, efficiency, and robustness as compared to the …

A soft-switched nonisolated multiport bidirectional converter is proposed for hybrid energy
system applications. The proposed topology improves the efficiency and expands the …

In this article, a soft-switched nonisolated high step-up multiport converter is proposed,
which provides separate power flow paths between the input sources and the output. The …

In the standalone renewable energy system, a multiport converter is more desirable than
several single-input converters as it has advantages of a simpler circuit, higher efficiency …

This paper suggests a nonisolated noncoupled inductor‐based topology for direct current
(DC)–DC converters for DC microgrids. The proposed configuration profits from advantages …

In this article, a soft-switched nonisolated high step-up multi-input dc-dc converter is
proposed. The proposed converter has overcome the hard switching problem of the …

In this work, a novel multi-port bidirectional converter is proposed for energy storage in
electric vehicles (EV). The proposed converter has the ability to work in both bidirectional …

In this article, a new triple-switch triple-mode (TS-TM) high step-up dc–dc converter is
proposed. The proposed converter consists of three switches, four diodes, two magnetically …