DC electric power distribution is becoming popular due to the proliferation of renewable
sources and storage elements in applications such as electric vehicles, ships, aircrafts …

In order to reduce the current ripple and improve the power density of the system, the
multiple structure design is generally adopted by the traditional bidirectional DC/DC …

Numerous research studies on high capacity DC-DC converters have been put forward in
recent years, targeting multi-terminal medium-voltage direct current (MVDC) and high …

Conventional modular multilevel converters (MMCs) are promising converters for high‐
voltage high‐power applications. Unlike DC–AC conversion, DC–DC conversion of MMCs …

Conventional modular multilevel converters (MMCs) are widely used in high power
applications due to their various astonishing advantages; however, they fail to achieve …

A two-switch nonisolated DC–DC three-port converter (TPC) based on a modified SEPIC
circuit with a high voltage gain is introduced and a unified power control strategy is …

Abstract Medium‐/High Voltage DC grids are interesting for the integration of renewable
energy sources. DC‐DC conversion systems are highly needed for the development of DC …

This paper proposes a system identification framework based on eigensystem realization to
accurately model power electronic converters. The proposed framework affords an energy …

Nowadays, most of the converters used in high‐power high‐voltage (HV) applications are
the conventional modular multilevel converters (MMC). However, in the case of DC‐DC …

DC‐DC converters play a vital role in the integration of renewable energy sources. Modular
multilevel converter (MMC) has emerged as a highly promising option for high‐voltage high …