Multilevel inverter configurations are a suitable candidate for medium and high power
applications. This study presents a new one‐capacitor‐based five‐level (2Vdc, Vdc, 0 …

This study presents a novel solid‐state transformer (SST) with four ports that can connect the
medium‐voltage (MV) DC bus, the MV AC bus, the low‐voltage (LV) DC bus, and the LV AC …

During the operation of the ITER machine, hundreds of MW/Var of active and reactive power
will be exchanged with the grid. The E‐STATCOM scheme composed of the Modular …

This paper proposes the pre-charge, discharge, and mini-UPS circuits of an auxiliary power
network architecture for 10kV SiC-based power electronics building block. The design and …

This paper presents a hierarchical voltage balance control method for a hybrid modular multi‐
level converter based on half‐bridge submodule and dual‐capacitor submodule. This …

Hybrid modular multilevel converter (HMMC) topology consisting of full-bridge submodules
(FBSMs) and half-bridge submodules (HBSMs) is one of the promising technical solutions …

Modular multilevel converter-based solid-state transformers (MMC-SST) usually use the
input series output parallel structure or the dual active bridge (DAB) structure. These two …

This paper introduces a new five-level boost inverter based on a single capacitor to be fit for
transformerless renewable energy systems. The proposed single-phase topology consists of …

This paper presents a DC fault ride-through strategy for modified series single chain-link
modular multilevel converter (MSSC-MMC). Although the Modular multilevel converter …

Due to the superior characteristics compared to its silicon (Si) counterpart, the wide bandgap
(WBG) semiconductor enables next-generation power electronics systems with higher …