Power Quality Analysis and Improvements in a Hot Rolling Mill using a STATCOM

Authors

  • Pablo Ardura Author
  • Gonzalo Alonso Author
  • José M. Cano Author
  • Joaquín G. Norniella Author
  • Francisco Pedrayes Author
  • Fernando Briz Author
  • Manés F. Cabanas Author
  • Manuel G. Melero Author
  • C. H Rojas Author
  • José Ramón G. Suárez Author

DOI:

https://doi.org/10.24084/repqj12.417

Keywords:

Cycloconverter, dq reference frame, Hot rolling mill, STATCOM, Static VAR Compensator, voltage sag

Abstract

This paper presents an analysis of the electric power flows in a hot rolling mill plant using a power quality analyzer and developing simulation models with Matlab Simulink. The model inputs have been taken from process data by the process computer of the plant. A STATCOM with a control strategy based on the d-q coordinates is used as solution to improve the reactive compensation as well as to minimize the voltage fluctuations and sags effect. The overall electric model has been simulated with the STATCOM to check the improvement in the voltage stability and the consumption.

Author Biographies

  • Pablo Ardura

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain

  • Gonzalo Alonso

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • José M. Cano

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain

  • Joaquín G. Norniella

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • Francisco Pedrayes

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • Fernando Briz

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • Manés F. Cabanas

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • Manuel G. Melero

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain 

  • C. H Rojas

    Electrical Engineering Department 
    University of Oviedo 
    Gijón, Spain

  • José Ramón G. Suárez

    Global Research & Development Department 
    Arcelor Mittal 
    Avilés, Spain

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Published

2024-01-24

Issue

Section

Articles