In this work, a new real-time Simulation method is designed for nonlinear control techniques
applied to power converters. We propose two different implementations: in the first one …

This paper presents the implementation of a decentralized modulation for the control of
multilevel converters requiring phase-shifted carriers. Contrary to the principle using a …

In the field of power electronics research, the expansion of the number of phases and
voltage levels in power converters may pose several challenges for central processors. In …

This paper proposes a fast, decentralized method for self-aligning the carriers of a
multiphase/multilevel converter operating on the basis of phase-shifted pulse width …

In this study, a new control method dedicated to modular multilevel converters (MMCs) is
proposed. The approach is based on local communication between the individual controls of …

Parallel-connected converters are commonly used in applications such as DC microgrids.
The presence of multiple converters allows for the use of the interleaving technique to …

This paper presents the study of a current control strategy using the decentralized principle
for a parallel multiphase converter. Each cell of the converter synchronizes and regulates its …

Solid State Transformers (SST) are attracting considerable attention due to their great
application potential in future smart grids. It is an essential technology capable of promoting …

In this paper, the decentralized modulation for the control of multilevel multiphase converters
(MMC) using space vector pulse-width modulation (SVPWM) is proposed. With the proposed …

This paper proposes a 2-Dimension decentralized interleaving principle for a multicell serial-
parallel converter with serial and parallel associations of switching-cells using phase-shifted …