Abstract Medium Voltage DC (MVDC) distribution Power Systems for all-electric ships (AES)
can be regarded as functionally composed of three subsystems, namely the power sources …

The modular multilevel converter (MMC) is distinguished by its modularity that is the use of
standardized submodules (SMs). To enhance reliability and avoid unscheduled …

A dc-dc converter is essential for interconnecting HVdc networks of different voltage levels.
This letter introduces a new family of dc-dc converters consisting of semiconductor switches …

High step-up ratio dc-dc converters with megawatt ratings are of interest in wind turbine
interfaces and high-voltage direct-current systems. This paper presents a modular multilevel …

DC grid technology is regarded as a promising solution for future electric networks
integrating a great amount of renewable energies. It calls for high-efficiency dc–dc …

H-bridge multilevel converter is the most challenging topology from nominal to high power
applications. However, when the energy is exchanged between AC side and DC side or vice …

As the key equipment in dc distribution grids, dc transformer (DCT) suffers from low power
density caused by a large number of submodules (SMs). Hence, this article proposes a …

This study presents a comprehensive review of the automated classification in partial
discharge (PD) source identification and probabilistic interpretation of the classification …

A modular multilevel resonant (MMR) dc-dc converter, its modulation, and control are
proposed in this article. The MMR converter inherits the desirable features of both the …

Due to the demand for high reliability, modular multilevel converters (MMCs) are designed
with redundant submodules. Redundant submodules can be integrated into the converter by …