A Grid Connected Fuel Cell System governed by a Series Multi-Cells Inverter utilized Antlions optimization algorithm (ALO).


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Authors

  • Mohamed Redha SKENDER Medea University
  • Ahmed MEDJBER Medea University
  • Zouhir AMOKRANE Medea University
  • Amel ABBADI Medea University
  • Abdelhalim TLEMCANI Medea University
  • Fethia HAMIDIA Medea University

Keywords:

Antlions Optimization Algorithm (ALO), Series Multicells Inverter, Fuel Cells System, Grid

Abstract

This paper will employ the Antlion Optimization Algorithm (ALO) for Grid Connection in a
multicellular converter linked to the Fuel Cell System. The control methodology implemented involves
a rapid inner current control loop governing the grid current, alongside an outer voltage control loop
regulating the DC-link voltage.

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Author Biographies

Mohamed Redha SKENDER, Medea University

Electrical Engineering/Renewable Energy and Materials Laboratory(REML),Algeria

Ahmed MEDJBER, Medea University

 Electrical Engineering, Algeria

Zouhir AMOKRANE, Medea University

Electrical Engineering, Algeria

Amel ABBADI, Medea University

Electrical Engineering, Algeria

Abdelhalim TLEMCANI, Medea University

Electrical Engineering, Algeria,

Fethia HAMIDIA , Medea University

Electrical Engineering, Algeria

References

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Published

2024-03-18

How to Cite

SKENDER, M. R., MEDJBER, A., AMOKRANE, Z., ABBADI, A., TLEMCANI, A., & HAMIDIA , F. (2024). A Grid Connected Fuel Cell System governed by a Series Multi-Cells Inverter utilized Antlions optimization algorithm (ALO) . International Journal of Advanced Natural Sciences and Engineering Researches, 8(2), 668–673. Retrieved from https://as-proceeding.com/index.php/ijanser/article/view/1772

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