Single -Phase Hybrid Converter With Series Voltage Compensation On The DC Bar Applied to Micro grids

Authors

  • D. Mattos Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • G. Lima Department of Electrical Engineering of University of Uberlandia Author
  • P. H. Rezende Department of Electrical Engineering of University of Uberlandia Author
  • R. Rimoldi de Lima Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • A. J. Rosentino Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • M. V. Mendonça Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • F. A. Moura Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • C. Bernardelli Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • M. R. Albertini Department of Electrical Engineering Triangulo Mineiro Federal University, Campus of Unit II ICTE Av. Randolfo 1378, Uberaba, MG (Brazil) Phone/Fax number:+0034 997932329 Author
  • D. Rodrigues Department of Electrical Engineering Triangulo Mineiro Federal University Author
  • J. O. Rezende Department of Electrical Engineering of Federal Institute of Goais Author

DOI:

https://doi.org/10.24084/

Keywords:

Direct Current, Microgrid, Hybrid Converter, Series Compensation, Voltage

Abstract

This work presents the development of computer simulation of a topological structure of singlephase hybrid converter that aims to impose sinusoidal input current and the supply of a DC bus with regulated voltage using the voltage series compensation. With the increase in distributed generation by the use of DC renewable energy sources by microgrids, the characteristics of the structure proposed to make it an excellent alternative for applications involving the compensation of voltage fluctuations due to to the intermittence of microgeneration systems.

Downloads

Published

2024-01-17

Issue

Vol. 21 No. 3 (2023)

Section

Articles