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Mohammed Es-Salmi

Observed names: Mohammed Es- Salmi, Mohammed Es-salmi
ORCID: 0009-0008-5128-3617
Observed ORCID: 0009-0008-5128-3617
OpenAlex ID: A5116595555
A robust maximum power point tracking from wind turbines using fractional order PI controller
2025 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · E3S Web of Conferences · 6
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Optimizing Direct Power Control of Variable Speed Wind Turbine Systems Using Genetic Algorithms and Space Vector Modulation
2024 · Mohammed Es-Salmi, Mohammed Taoussi, et al. · International Conference on Embedded Systems and Artificial Intelligence (ESAI) · 5
Fractional-order PI-based MPPT control for improved power quality and dynamic stability in DFIG wind energy conversion systems
2026 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · Engineering Research Express · 2
Optimization of the MPPT Algorithm Using PI, SMC, BSC, and ANN Controllers: A Comparative Study
2026 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · Advances in Science, Technology & Innovation/Advances in science, technology & innovation · 1
Robust Control for MPPT Optimization of a DFIG Generator Under Real Wind Profiles
2025 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · International Conference on Advanced Technologies and Interdisciplinary Innovation (ICAT2I) · 1
Optimized MPPT and transient suppression for DFIG-WECS outer-loop speed regulation using hybrid ANN-backstepping
2026 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · Wind Engineering
Author response for "Fractional-Order PI-Based MPPT Control for Improved Power Quality and Dynamic Stability in DFIG Wind Energy Conversion Systems"
2026 · Abdelfatah EL OUADIKI, Mohammed Taoussi, et al. · Publons reviews and discussion
Design and Model-Based Real-Time Validation of a Fractional-Order PI Controller for Maximum Power Point Tracking in DFIG-Based WECS Using dSPACE DS1104
2026 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · IEEE Access
Optimization of PI Controller Parameters Using Genetic Algorithms for Enhanced Energy Efficiency in DFIG-Based Wind Turbines
2025 · Mohammed Es-salmi, Mohammed Taoussi, et al. · International Conference on Advanced Technologies and Interdisciplinary Innovation (ICAT2I)
A robust maximum power point tracking from wind turbines using fractional order PI controller
2025 · Abdelfatah El Ouadiki, Mohammed Taoussi, et al. · Springer Link (Chiba Institute of Technology)
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Works count: 10
Citation count: 15
H-index: 2
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