Electric vehicles (EVs) are becoming more popular worldwide due to environmental
concerns, fuel security, and price volatility. The performance of EVs relies on the energy …

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 …

A DC–DC converter topology is proposed. The DC–DC multilevel boost converter (MBC) is a
pulse-width modulation (PWM)-based DC–DC converter, which combines the boost …

The voltage gain of traditional boost converter is limited due to the high current ripple, high
voltage stress across active switch and diode, and low efficiency associated with large duty …

Because of cost, size, and weight, the transformer is the primary burden in grid-connected
solar PV-system and it decreases the whole system efficiency. In order to avoid the use of a …

In this paper, a soft-switched dc-dc converter using voltage multiplier cells is proposed for
high-step up application. The proposed converter has the following advantages: 1) doubled …

High step-up dc–dc converters are widely used in new energy applications such as
photovoltaic cell, fuel cell, dc microgrid, etc. Active switched-inductor (ASL) converter has …

This paper introduces a new configuration of bidirectional multilevel converter in electric
vehicle (EV) applications. It has multilevel dc-dc converter with a dc link capacitor voltage …

In this paper, a new single-phase multilevel converter (MLC) topology based on the cascade
connection of novel basic units is presented. The proposed basic unit generates 17-level …

Automotive embedded electronic systems have been increasing in power and complexity
and, therefore, more advanced power electronic converters are necessary in these vehicles …