Three-phase three-level AC/DC and DC/AC converters have demonstrated several
advantages over their classical two-level counterparts such as better efficiency, enhanced …

This paper introduces an approach to calculating the minimum value of split DC link
capacitance in three-phase three-level grid-connected DC-AC converters operating with …

More and more light-emitting diode lighting devices (LED) are being connected to modern
power distribution lines. In addition to its many positive features, this poses problems in …

The study sets a baseline for split DC link capacitance values and voltage set points in three-
phase three-level AC/DC (or DC/AC) converters operating with unity power factor. In order to …

This article examines the impact of a power factor on the behavior of partial DC link voltages
in three-phase three-level AC/DC (or DC/AC) converters operating without additional …

This paper presents a dual active bridge DC/DC converter used as an AC current
compensator in a hybrid energy storage application. The AC current in the DC link appears …

With the continuous penetration and development of renewable energy power generation,
the distributed grid and the microgrid are becoming increasingly important in modern power …

This paper introduces an approach to calculating the minimum value of split DC link
capacitance in three-phase three-level grid-connected DC-AC converters operating with …

The paper presents a method for derivation of the minimum split DC link capacitance in
three-phase three-level DC-AC converters operating with unity power factor with neither …

In this research, a novel approach to variable frequency drives (VFD) is presented. The
possibility of using VFD to provide or draw out reactive power from the power distribution …