Single-phase to three-phase conversion using power electronics converters is a well-known
technology, especially when the configurations and control strategies already established in …

This article proposes three-phase configurations for wind energy conversion system
applications. The proposed topologies are based on Vienna rectifiers and they have a …

The basic structure and generalization of two cascaded transformer multilevel inverters
(CTMIs) are proposed in this article. Such configurations are based on cascaded …

This paper proposes three dynamic voltage restorer (DVR) topologies. Such configurations
are able to compensate voltage sags/swells in three-phase four-wire (3P4W) systems under …

This paper introduces and generalizes a class of multilevel dynamic voltage restorer (DVR)
for voltage sags/swells compensation of high-power sensitive loads. Such a device can …

This paper investigates an ac-dc-ac multilevel power converter. The studied configuration is
composed of two single-phase ac-dc-ac three-leg modules and series-connected H-bridges …

This paper proposes a multilevel shunt active power filter (SAPF) to deal with either
harmonic current compensation or reactive power compensation. Such a device can reduce …

This paper proposes a multilevel series compensator (MSC) to deal with voltage
sags/swells, harmonic compensation, or reactive power compensation. Such a device can …

This article investigates a single-phase ac-dc-ac multilevel converter composed of two three-
leg converters series-connected throughout two transformers (one on the grid side and one …

This paper discusses a rectifier inverter composed of two three-leg converters with equal
and unequal dc-links voltages connected in series. The operation with equal dc-links …