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 …

In this paper, a developed structure is proposed for high step-up nonisolated noncoupled
inductor based multiport dc-dc converters. The voltage gain per number of devices of the …

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

This article introduces a new nonisolated high-voltage-gain single-ended-primary-inductor-
capacitor-based multiport dc–dc converter. The boosting structures, including voltage lift cell …

This study proposes a modular high voltage gain structure for non‐isolated non‐coupled
inductor based multi‐input (NINCIBMI) dc–dc converters. Proposed topology can produce …

Multiport converters (MPCs) play an important role in increasing the demand for multi-input
and multi-output applications. Further, it gives the economic operation and improves the …

The electric vehicle (EV) is becoming a more attractive solution to avoid fossil fuel usages in
India. In the commercial EV, the solar PV charges the battery and simultaneously the battery …

This paper proposes a modular nonisolated noncoupled inductor‐based high‐voltage gain
multi‐input DC‐DC converter. Despite the high‐voltage gain of the proposed topology, the …

Nonisolated dc–dc converterswith multi-inputfeatures are very popular in the area of hybrid
energy integration since they are compact and cost efficient compared to the isolated …