|
Titre :
|
Study, Modeling, and Experimental Implementation of a Reactive Power Compensation System Connected to a Photovoltaic Generator
|
|
Titre original:
|
Étude, modélisation et réalisation expérimentale d’un système de compensation de la puissance réactive connecté à un générateur photovoltaïque
|
|
Auteurs :
|
Feriel ABDELMALEK, Auteur ;
Hamza Afghoul, Directeur de thèse
|
|
Type de document :
|
document électronique
|
|
Editeur :
|
Sétif : Université Ferhat Abbas faculté de technologie département d’électronique, 2026
|
|
ISBN/ISSN/EAN :
|
E-TH/2604
|
|
Format :
|
1vol. (223 f.) / ill.en coul.
|
|
Note générale :
|
Bibliogr.
|
|
Langues:
|
Anglais
|
|
Catégories :
|
Thèses (en français - en anglais) > Document électronique
|
|
Mots-clés:
|
Maximum Power Point Tracking (MPPT)
;
Metaheuristic Optimization Algorithms (MOAs)
;
Photovoltaic (PV) systems
;
Power Quality (PQ)
;
Predictive-Direct Power Controller (P-DPC)
;
Shunt Active Power Filter (SAPF)
|
|
Résumé :
|
This thesis proposes and experimentally investigates advanced optimization and control strategies to boost the overall performance of GCPV-SAPF systems. Different metaheuristic and hybrid-based optimization approaches, among which the ZOA, GWEO, and hybrid GWO-PSO, were independently applied to maximize power extraction through MPPT. Their experimental performance was systematically compared with widely recognized metaheuristic algorithms, including GWO, PSO, WOA, and FPA, considering convergence speed, energy yield, and robustness under different levels of solar irradiance and PSCs. In parallel, a P-DPC with FOPI-AW tuning, as determined by ZOA, was implemented for the SAPF, effectively mitigating grid current harmonics and enhancing reactive power compensation. Experimental results demonstrate that the proposed optimization algorithms achieve superior MPPT performance, while the ZOA-tuned FOPI-AW controller ensures enhanced power quality and system stability. The results demonstrate that the proposed methods are practically applicable, reliable, and robust, offering practical solutions for increasing energy efficiency and maintaining high power quality in real grid-connected photovoltaic systems.
|
|
Côte titre :
|
E-TH/2604
|
|
En ligne :
|
https://repository.univ-setif.dz/bitstreams/059c12f7-6b41-4ebc-b633-d43d6196aed9/download
|
Exemplaires (1)
|
| E-TH/2604 | Thèse | Bibliothèque centrale | Disponible |
Accueil
