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Jia Zou

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Journal article
Published: 27 April 2018 in Energies
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A novel rectifier based on a triple line-voltage cascaded VIENNA converter (LVC-VC) was proposed. Compared to the conventional cascaded H-bridge converters, the switch voltage stress is lower, and the numbers of switches and dc capacitors are fewer under similar operating conditions in the proposed new multilevel converter. The modeling and control for the LVC-VC ware presented. Based on the analysis of the operation principle of the new converter, the power factor correction of the proposed converter was realized by employing a traditional one-cycle control strategy. The minimum average value and maximum harmonic components of the dc-link voltages of the three VIENNA rectifier modules ware calculated. Three VIENNA dc-link voltages were unbalanced under the unbalanced load conditions, so the zero sequence current was injected to the three inner currents for balancing three VIENNA dc-link voltages. Simulation and the results of the experiment verified the availability of the new proposed multilevel converter and the effectiveness of the corresponding control strategy applied.

ACS Style

Jia Zou; Cong Wang; Hong Cheng; Jinqi Liu. Triple Line-Voltage Cascaded VIENNA Converter Applied as the Medium-Voltage AC Drive. Energies 2018, 11, 1079 .

AMA Style

Jia Zou, Cong Wang, Hong Cheng, Jinqi Liu. Triple Line-Voltage Cascaded VIENNA Converter Applied as the Medium-Voltage AC Drive. Energies. 2018; 11 (5):1079.

Chicago/Turabian Style

Jia Zou; Cong Wang; Hong Cheng; Jinqi Liu. 2018. "Triple Line-Voltage Cascaded VIENNA Converter Applied as the Medium-Voltage AC Drive." Energies 11, no. 5: 1079.