Innovative Technologies on Electrical Power Systems for Smart Cities Infrastructure

This book is a is an outcome of the important selected papers presented at the International Conference on Electrical Systems and Smart Technologies (ICESST 2024) held in Dakhla, Morocco, from September 27 to 29, 2024. It brings together key insights and research findings in a structured format, making it an essential read for those in the field. The first section of the book dives into the realm of electrical systems and power electronics. It discusses the latest innovations in power electronics, shedding light on advanced control techniques that are pivotal in modern electrical systems. The section also explores the latest trends in electrical machines and drives, offering a solid understanding of the core technologies driving developments in electrical engineering. Transitioning to computational techniques, the book then delves into the importance of computational intelligence and soft computing. This part highlights the integration of machine learning and deep learning into smart technologies, illustrating the vital role artificial intelligence plays in enhancing electrical systems. The Internet of Things (IoT) and embedded systems form another crucial part of this book. This segment examines innovations in IoT, especially in the context of smart infrastructure development, and discusses the advancements in embedded systems. It addresses the efficiency and effectiveness of modern smart cities, highlighting the challenges and solutions inherent in these technologies. Moving into the sphere of smart grids and power systems, the book emphasizes the role of smart grids in reshaping modern power systems. It focuses on energy management, forecasting in smart grids, and the integration of renewable energy sources. This section underlines the intersection of smart technology with traditional power systems and stresses the growing importance of sustainability and efficiency in energy management. The book also pays special attention to sustainable energy solutions, exploring environmentally friendly energy options like hydrogen energy, fuel cell technologies, renewable energy sources, and storage systems. It also sheds light on the current trends and future perspectives in electrical mobility, emphasizing the shift towards more sustainable energy solutions in the field of electrical engineering. Finally, the book concludes by highlighting the significant impact of automation and control technologies. It showcases the role of robotics and mechatronics in industrial automation and explores advanced control strategies for electrical machines and drives. The integration of AI with robotics in automation is also discussed, illustrating how these technologies are revolutionizing various industrial sectors. In summary, this book offers a clear, up-to-date overview of the latest research and innovations in electrical systems and smart technologies. It's a valuable resource for professionals, students, and researchers in these fields, providing insights into the current trends, challenges, and future directions of electrical engineering and smart technologies. The book stands as a comprehensive guide for anyone interested in the dynamic and evolving landscape of these fields.