Journal of Electrical Engineering and Renewable Energies Development
Volume 2, Numéro 3, Pages 132-141
2026-10-12

Performance Optimization Of A Solar Photovoltaic Water Pumping System Based On Fl-dtc Control Of A Three-phase Induction Motor



Authors : Cheggoufi Nourel Houda . Nour Mohamed . Benali Abdelkrim . Guentri Hocine . Saied Boumediene .

Abstract

This paper presents a detailed investigation of a solar photovoltaic water pumping system (SPVWPS) driven by a three-phase induction motor (IM). The control scheme relies on three cooperating fuzzy regulators whose combined action aims to increase the energy efficiency and optimize the dynamic behavior of the installation. The first regulator, based on fuzzy logic and maximum power point tracking (FLC-MPPT), maintains the photovoltaic generator at its optimal operating point, thereby extracting the maximum available power irrespective of the prevailing weather. A second regulator implements a fuzzy direct torque control (FL-DTC), which enables precise and rapid regulation of the motor's torque and flux, while mitigating electromagnetic torque ripple and improving the quality of the electrical waveforms. A third fuzzy unit regulates the rotor speed, ensuring a faster dynamic response, better steady-state stability, and self-adaptation to load changes. The complete system was built and simulated in the MATLAB/Simulink environment in order to assess the proposed strategy. The obtained results demonstrate clear improvements in terms of settling time, stability and waveform quality as well as a higher flow rate that is a direct consequence of more precise motor speed regulation.

Keywords

SPVWPS, FLC-MPPT, FL-DTC, induction motor

Les articles similaires

Photovoltaic Water Pumping Systems As Alternative To Gasoline Water Pumping Systems In Agriculture In Cameroon: Co2 Emissions Assessment

Deli Kodji .  Djongyang N. .  Njomo D. .  Tamba J.g. . 
pages 279-294.

Performance Evaluation Of Indirect Rotor Field-oriented Control For Dual Stator Induction Motor In Photovoltaic Water Pumping Systems

M’hamed Sahnoun .  Radhwane Sadouni .  Salim Djeriou . 
pages 104-110.

Three-phase Three-level Inverter Grid-tied Pv System With Fuzzy Logic Control Based Mppt

Ayachi Amor Yacine .  Hamoudi Farid .  Kheldoun Aissa . 
pages 96-105.

An Investigation Of Incremental Conductance Based Maximum Power Point Tracking For Photovoltaic Water Pumping System Performances

Deli Kodji .  Houdji E.t. .  Djongyang N. .  Ayang A. .  Tamba J.g. . 
pages 455-472.

Control Of Pv Water Pumping System Water Levels

Melit A. .  Boutelhig A. .  Hachemi A. . 
pages 342-350.

Formats de citation