Sharing My New Publication
Published in Electrical & Electronic Engineering and Mechanical Engineering
The paper presents a practical and optimized approach to selective harmonic elimination PWM applied to low- and medium-power single-phase converters. The study covers inverter modeling, control strategy development, prototype implementation, and experimental validation. The results demonstrate significant harmonic reduction and high-quality sinusoidal output, making the proposed method suitable for renewable energy and power electronics applications.
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https://rdcu.be/eQ9Wh
Jalil Akaaboune holds a Master's degree in Renewable Energies and Energy Systems (Ms-ERSE) from the Faculty of Sciences Ain Chok in Casablanca, Morocco, obtained in 2019. He is currently a doctoral researcher at the Faculty of Sciences and Techniques of Sultan Moulay Slimane University in Beni Mellal, Morocco.
His work focuses on power electronics, including intelligent energy-management systems, advanced power-converter topologies, and optimized control strategies. His research covers artificial-intelligence techniques applied to converters, such as neural networks, fuzzy logic, genetic algorithms, particle swarm optimization, and the imperialist competitive algorithm. He also works on gravitational search methods, power-quality enhancement, and proportional–integral control.
Contact: jalil.akaaboune@gmail.com.
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