The fundamental phase shift compensation scheme in a digital-controlled VIENNA rectifier with variable carrier-fundamental frequency ratio under unbalanced grid conditions

Author:

Lyu JianguoORCID,Shi Zhaocheng,Wu Fuyun,Fan Linyong,Sun Zhuang,Hu Wenbin

Publisher

Elsevier BV

Subject

General Energy

Reference23 articles.

1. L. S., M. L., M. H., F. T., J. W. K, T. B. S., 99.3% Efficient three-phase buck-type all-SiC SWISS Rectifier for DC distribution systems, in: 2017 IEEE Applied power electronics conference and exposition, 2017, pp. 2173–2178.

2. Computationally efficient optimal switching sequence model predictive control for three-phase vienna rectifier under balanced and unbalanced DC links;Xu;IEEE Trans Power Electron,2021

3. Constant power control-based strategy for vienna-type rectifiers to expand operating area under severe unbalanced grid;Hang;IET Power Electr,2014

4. One-cycle control of switching converters;Smedley;IEEE Trans Power Electr,1995

5. Application of the one-cycle control technique to a three-phase three-level NPC rectifier;Bento;IEEE Trans Ind Appl,2014

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