Home › Researcher directory › Mohammed Ferfra
Mohammed Ferfra
Affiliation : Mohammed V University · Ecole Mohammadia d'Ingénieurs
- 55Publications (affiliation in Morocco)
- 65Total publications
- 416Citations
- 10h-index
Research profile
Mohammed Ferfra has 55 indexed publications (2011–2026). Their work appears mainly in “International Journal of Electrical and Computer Engineering (IJECE)”, “International Journal of Renewable Energy Research” and “International Conference on Systems and Control (ICSC)”. Their most cited article, “An accurate modelling of Photovoltaic modules based on two-diode model” (2020), has been cited 69 times. 18 of these publications date from the last three years of activity. Their work is co-authored with at least 12 researchers.
Is this you? Get your research seen
Create your free DzCademia profile and add your articles: they will show up more easily on Google and in AI assistants like ChatGPT, so more people can read and cite your work.
Create my free profile Add my publicationsResearch areas
- Advanced DC-DC Converters
- Frequency Control in Power Systems
- Microgrid Control and Optimization
- Photovoltaic System Optimization Techniques
- Advanced Control Systems Design
Publications (55)
- Design of novel control strategy of STATCOM with two PID and cascaded PID and FOPID tuned by combined GA-PSO algorithm
- Large-scale transferability of a PSO-optimized hybrid energy system: A comparative study of two African regions
- Modeling and optimization of a grid-connected PV–wind–fuel cell hybrid system with hydrogen storage
- Design and Simulation of Novel Control Strategy of STATCOM Tuned by Combined Hybrid GA-PSO Algorithm
- A Novel PID-TID Controller Used for Load Frequency Control in Hybrid Power Systems Optimized Using BESSO Algorithm
- Load Frequency Control of a Renewable-Based Power System with Battery Energy Storage Using a PID–TID Controller Optimized by the I-GWO Algorithm
- Enhanced sliding mode control with a cascaded sliding surface for load frequency control in two-area islanded microgrid
- A PSO-Based Decision Support Approach for Optimizing PV–WindBattery Hybrid Energy Systems
- Load frequency control in autonomous microgrids using hybrid Algorithm GWO-CS based fuzzy logic sliding mode controller
- TID Controller for Load Frequency Control in Multi-Area Interconnected Systems with High Renewable Energy Penetration Using an Improved Grey Wolf Algorithm
- Optimization of a Hybrid PV–Wind–Battery System for Sustainable Energy Production
- Optimal sizing and performance evaluation of hybrid photovoltaic-wind-battery system for reliable electricity supply
- Load Frequency Control of a Microgrid Employing a Fuzzy-PID Controller Based Hybrid Algorithm hPSOGWO
- Technical potential appraisal and optimal site screening comparing AHP and fuzzy AHP methods for large-scale CSP plants: A GIS-MCDM approach in Morocco
- Experimental test of optimizing maximum power point tracking performance in solar photovoltaic arrays based on backstepping control and optimized by genetic algorithm
- Optimal control of automatic voltage regulator system using hybrid PSO-GWO algorithm-based PID controller
- A fuzzy-PID controller for load frequency control of a two-area power system using a hybrid algorithm
- Optimizing Cascade-Loop Controller Parameters of Two-Area Autonomous Microgrid for Load Frequency Control Using Genetic Algorithm
- Optimization of STATCOM PI Controller Parameters Using the Hybrid GA-PSO Algorithm
- Secondary Control of Islanded Microgrids Using cascade PID Controllers tuned by combined GA and TLBO Algorithm
- Analysis of Wind Energy Production in Five Cities in the Southern Region of Morocco
- MFO-WC Based Fuzzy logic PI Controller for Load Frequency Control of Autonomous Microgrid System
- Extraction Of Electrical Parameters for Two-Diode Photovoltaic Model Using Combined Analytical and Genetic Algorithm
- Load Frequency Control of Autonomous Microgrid System Using Hybrid Fuzzy logic GWO-CS PI Controller
- Design and Implementation of Efficient MPPT Controllers based on SDM and DDM using Backstepping Control and SEPIC Converter
- Maximum Power Point Tracking Using SEPIC Converter and Double Diode Solar Cell Model
- Experimental Test Bench of Photovoltaic Panel Under Partial Shading Effect Using the SLG-Backstepping technique
- An accurate modelling of Photovoltaic modules based on two-diode model
- Comparative Study Between the Different MPPT Techniques
- High Gain Observer-Based Control for Grid-Connected PV System Under Partial Shading Effect
- Parameters extraction of photovoltaic modules using a combined analytical - numerical method
- Optimal design of a three phase magnetic flux leakage transformer for industrial microwave generators
- Design and Hardware Implementation of Backstepping Controller Dedicated to the Photovoltaic Emulator
- Fast and Efficient Maximum Power Point Tracking Controller for Photovoltaic Modules
- Impact of Energy Storage System on Frequency Control of an Islanded Microgrid
- A Distributed Hybrid Controller for Photovoltaic Panel under Partial Shading Effect
- Modeling of three-limb three-phase transformer relates to shunt core using in industrial microwave generators with n=2 magnetron per phase
- Secondary Frequency Control of an Islanded Microgrid by Combined GA-TLBO Algorithm
- SMC based MPPT to track the GMPP under Partial Shading
- Experimental and simulation-based evaluation of a wind energy conversion system
- Nonlinear Control of a Photovoltaic Pumping System under Partial Shading
- Optimization of Photovoltaic Panels Efficiency Using a Backstepping Control Technique Under Partial Shading Conditions
- A New Validation Approach of a New Three-Phase High Voltage Power Supply for Microwaves Generators with one Magnetron by Phase
- New electrical model, simulation and optimization of a high voltage power supply for industrial microwave generators with two magnetrons, 1600 watts at 2.45GHz
- ANFIS modeling of nonlinear inductance
- Improved modeling of new three-phase high voltage transformer with magnetic shunts
- Modeling of a New Three Phase High Voltage Power Supply for Industrial Microwave Generators with Magnetron
- Modeling of New Single-Phase High Voltage Power Supply for Industrial Microwave Generators for N=2 Magnetrons
- Optimization under Matlab Simulink code of a three-phase HV power transformer for microwaves generators supplying one magnetron by phase
- Comparative Studies of Electrical Functioning of Magnetron Power Supply for One Magnetron
- Modeling of New Three-Phase High Voltage Power Supply For Industrial Microwave Generators With One Magnetron Per Phase
- Modeling of a power Balance for microwaves generator with one magnetron
- Improved Optimization of the Nominal Functioning of a New Global High Voltage Power Supply N=2 Magnetrons for Microwaves Generator
- A New Modeling of the Non-Linear Inductances in MATLAB
- Improved π model of the leakage flux transformer used for magnetrons
Publication venues
- International Journal of Electrical and Computer Engineering (IJECE) × 5
- International Journal of Renewable Energy Research × 3
- International Conference on Systems and Control (ICSC) × 3
- International Renewable and Sustainable Energy Conference (IRSEC) × 3
- International Conference on Renewable Energies for Developing Countries (REDEC) × 3
- Energy Storage and Conversion × 2
Publications per year
- 20268
- 20255
- 20245
- 20233
- 20222
- 20214
- 20209
- 20193
- 20181
- 20172
Collaborations
Partner institutions : Université Ibn Zohr · International University of Rabat · Institut of Research in Solar Energy and New Energies
Co-authors
- Reda Rabeh
- Mohammed Chraygane
- Abdessamade Bouaddi
- Mohcine Mokhlis
- Khalid Chennoufi
- M. Bassoui
- Boubkar Bahani
- N. El Ghazal
- A. Belhaiba
- Youssef El Baqqal
- Souleymane Kientega
- Nahla Idrissi Chehaibi
Bibliographic data from OpenAlex (open database).
Why choose Dzcademia?
Profiles, articles and conference contributions: give your research a structured public presence. Integrated metadata help search engines and AI assistants identify your work and understand its references.
Comment with Google
Sign in with Google to comment directly on this page.