KEYNOTE SPEAKERS 1: Pr. Kaci Ghedamsi
Power electronics for massive, harmonious integration of renewable energies
Embedded Files
Kaci Ghedamsi, Enseignant Chercheur, Chef d'équipe qualité d'énergie d'origine renouvelable, Laboratoire de Maitrise des Energies Renouvelables, Université A.Mira de Bejaia, Algérie.
Research Area: Power electronics, control, renewable energies
Kaci Ghedamsi, received the B. Eng. degree in Electrical Engineering from the University of Tizi-0uzou in 1999, and his Magister of Electrical Engineering from Military School Polytechnic of Algiers in 2002, and his Ph.D of Sciences from National School Polytechnic of Algiers in 2008. He is currently a research professor in the Electrical Engineering Department, he is also Director of the LMER Laboratory at the University of Bejaia. His research interests include the power electronics, electrical drives, and renewable energy.
Abstract : The increasing demand for the integration of renewable energy into power grids requires the use of advanced power electronics to effectively manage and optimise the energy flow. This presentation examines the critical role of power electronics in enabling the large-scale and harmonious integration of renewable energy sources such as solar, wind and hydropower. By converting and controlling electrical energy, these technologies help to overcome the challenges of variability, grid stability and energy storage inherent in renewable systems. The presentation will focus on key power electronics technologies such as inverters, converters and control algorithms that enable the seamless synchronisation of renewable energy with traditional power grids. It will also explore emerging trends in wide bandgap semiconductors and smart grid systems that improve the efficiency, reliability and scalability of renewable energy integration. The keynote highlights the important role of power electronics in achieving a sustainable energy future by promoting a balanced, flexible and resilient power grid capable of supporting the widespread deployment of renewable energy.
Abstract : The increasing demand for the integration of renewable energy into power grids requires the use of advanced power electronics to effectively manage and optimise the energy flow. This presentation examines the critical role of power electronics in enabling the large-scale and harmonious integration of renewable energy sources such as solar, wind and hydropower. By converting and controlling electrical energy, these technologies help to overcome the challenges of variability, grid stability and energy storage inherent in renewable systems. The presentation will focus on key power electronics technologies such as inverters, converters and control algorithms that enable the seamless synchronisation of renewable energy with traditional power grids. It will also explore emerging trends in wide bandgap semiconductors and smart grid systems that improve the efficiency, reliability and scalability of renewable energy integration. The keynote highlights the important role of power electronics in achieving a sustainable energy future by promoting a balanced, flexible and resilient power grid capable of supporting the widespread deployment of renewable energy.
Report abuse