DC power distribution systems for data centers, industrial applications, and residential areas
are expected to provide higher efficiency, higher reliability, and lower cost compared to ac …

Electric mobility is rapidly gaining popularity owing to the increas-ing CO2-awareness and
the lower total cost of ownership of Electric Vehicles (EV). Rising market shares of EV …

Due to the increasing power consumption of data centers, efficient dc power distribution
systems have become an important topic in research and industry over the last years and …

A large number of papers regarding Coupling Inductors (CIs) for interleaved parallel
connected converter stages is available in literature. However, to the knowledge of the …

This paper studies how electromagnetic interference (EMI) filters affect the harmonic
distortion in high-power-factor converters. The EMI filter presents a tradeoff: higher noise …

This paper proposes an interleaved-stage ac-dc bidirectional power converter topology
feasible to medium-voltage railway systems. It is based on an arrangement that uses input …

This paper presents a three-phase multilevel power factor correction (PFC) rectifier
employing multistate switching cells. A generalized converter structure is presented based …

This paper proposes a single-stage AC-DC rectifier with power factor correction (PFC), high-
frequency isolation and bidirectional power conversion capability for on-board battery …

This article proposes a power converter solution for 1.5 kV DC photovoltaic applications and
benchmark the benefits of commercially available SiC MOSFETS for the system power …

This paper presents an integrated single-phase bidirectional ac–dc converter based on a
dual-active-bridge (DAB) topology. The primary side is based on a multi-state switching cell …