THE ROLE OF POWER SYSTEMS AND ELECTRICAL MACHINES IN SMART GRIDS AND E-MOBILITY

The rapid advancement of energy technologies has marked a transformative phase in the global pursuit of sustainable, efficient, and low-carbon energy solutions. Innovations in power systems and electrical machines play a pivotal role in addressing critical challenges related to energy efficiency, decarbonization, and modern mobility. At the center of this transformation lies the convergence of smart grids and electric mobility, which represents a crucial milestone in the evolution of contemporary power systems.
This book, “The Role of Power Systems and Electrical Machines in Smart Grids and E-Mobility,” presents a comprehensive examination of the interaction between advanced power systems,
electrical machines, and emerging smart grid technologies. It explores how intelligent grid management, power electronics, advanced communication systems, and renewable energy integration collectively support the growing adoption of electric vehicles (EVs) and sustainable energy infrastructures.
The book provides an in-depth discussion of the design, operation, and performance of power systems and electrical machines within smart grid and e-mobility frameworks. It integrates diverse topics such as grid modernization, EV charging infrastructure, energy storage systems, demand-side management, and renewable energy integration. The content is structured to offer a holistic perspective, guiding readers from fundamental concepts to advanced applications and real-world implementations.
The opening chapter introduces the core principles of smart grids, power systems, and electric mobility, emphasizing the limitations of conventional grids and the technological innovations that enable intelligent energy networks. Subsequent chapters examine the role of power electronics and electrical machines in enhancing grid efficiency, managing energy flow in EV-based systems, and enabling seamless machine-to-machine communication. A dedicated section focuses on energy storage technologies, including batteries, flywheels, and hybrid storage systems, highlighting their importance in ensuring grid reliability, flexibility, and resilience. Designed for researchers, industry professionals, and students, this book aims to bridge the gap between theoretical foundations and practical applications. It incorporates case studies, SWOT analyses, and market outlooks to provide a comprehensive understanding of current developments and future trends in smart grids and e-mobility. We express our sincere appreciation to the researchers, engineers, and scholars whose contributions have informed and enriched this work.
We also acknowledge the global initiatives and technological advancements in power systems and energy management that have inspired the development of this book. It is our hope that this book will serve as a valuable reference for those seeking to understand and contribute to the advancement of smart grids and electric mobility. By emphasizing the critical role of power systems and electrical machines, this work aspires to support the global transition toward a cleaner, more efficient, and sustainable energy future.