This book compiles selected papers from the International Conference on Electrical Systems and Smart Technologies (ICESST 2024), held in Dakhla, Morocco (December 11-13, 2024). It presents key research insights, offering a structured exploration of innovations in electrical systems and smart technologies.

The first section covers power electronics and electrical systems, focusing on advanced control techniques, electrical machines, and drives. It then transitions to computational intelligence and soft computing, highlighting the role of machine learning and deep learning in enhancing modern electrical systems.

Next, the book delves into IoT and embedded systems, emphasizing their impact on smart infrastructure and smart cities, addressing challenges and solutions in efficiency and effectiveness.

The smart grids and power systems section explores energy management, renewable energy integration, and forecasting, underscoring sustainability in modern power systems. This leads to a discussion on sustainable energy solutions, covering hydrogen energy, fuel cells, storage systems, and electrical mobility.

Finally, the book examines automation, robotics, and control technologies, showcasing advancements in mechatronics, industrial automation, and AI-driven robotics.

This comprehensive guide provides valuable insights into current trends, challenges, and future directions in electrical engineering and smart technologies, making it essential for professionals, researchers, and students.

This book compiles selected papers from the International Conference on Electrical Systems and Smart Technologies (ICESST 2024), held in Dakhla, Morocco (December 11-13, 2024). It presents key research insights, offering a structured exploration of innovations in electrical systems and smart technologies.

The first section covers power electronics and electrical systems, focusing on advanced control techniques, electrical machines, and drives. It then transitions to computational intelligence and soft computing, highlighting the role of machine learning and deep learning in enhancing modern electrical systems.

Next, the book delves into IoT and embedded systems, emphasizing their impact on smart infrastructure and smart cities, addressing challenges and solutions in efficiency and effectiveness.

The smart grids and power systems section explores energy management, renewable energy integration, and forecasting, underscoring sustainability in modern power systems. This leads to a discussion on sustainable energy solutions, covering hydrogen energy, fuel cells, storage systems, and electrical mobility.

Finally, the book examines automation, robotics, and control technologies, showcasing advancements in mechatronics, industrial automation, and AI-driven robotics.

This comprehensive guide provides valuable insights into current trends, challenges, and future directions in electrical engineering and smart technologies, making it essential for professionals, researchers, and students.

This book compiles selected papers from the International Conference on Electrical Systems and Smart Technologies (ICESST 2024), held in Dakhla, Morocco (December 11-13, 2024). It presents key research insights, offering a structured exploration of innovations in electrical systems and smart technologies.

The first section covers power electronics and electrical systems, focusing on advanced control techniques, electrical machines, and drives. It then transitions to computational intelligence and soft computing, highlighting the role of machine learning and deep learning in enhancing modern electrical systems.

Next, the book delves into IoT and embedded systems, emphasizing their impact on smart infrastructure and smart cities, addressing challenges and solutions in efficiency and effectiveness.

The smart grids and power systems section explores energy management, renewable energy integration, and forecasting, underscoring sustainability in modern power systems. This leads to a discussion on sustainable energy solutions, covering hydrogen energy, fuel cells, storage systems, and electrical mobility.

Finally, the book examines automation, robotics, and control technologies, showcasing advancements in mechatronics, industrial automation, and AI-driven robotics.

This comprehensive guide provides valuable insights into current trends, challenges, and future directions in electrical engineering and smart technologies, making it essential for professionals, researchers, and students.