Principles of AC Machines (Pathways to a Sustainable Energy Future)

This book offers a clear and concise introduction to the theory and applications of alternating current (AC) electrical machines. It explores electromechanical systems, focusing on the basic concepts of electromagnetic fields and magnetic materials, delving into the governing laws and forces of magnetism. The text then transitions to a comprehensive examination of electromechanical AC machines, including AC generators, transformers, and synchronous and induction machines, with particular attention to their operation, analysis, and design. It includes a wealth of solved examples that elucidate complex principles and unsolved exercises to strengthen problem-solving prowess.

Features:

• Offers in-depth information and study about asynchronous and synchronous machines
• Presents complex electromechanical principles in an easy-to-follow manner
• Clarifies important ideas in electromechanics by offering several solved and unsolved examples
• Covers over 150 practical examples, solved problems, and exercises to reinforce learning

This book is designed for undergraduate and beginning graduate students in electrical engineering, renewable energy engineering, and related disciplines. It is also a practical reference for professionals working in the power systems, automation, and energy sectors.

Ahmed Abokhalil is currently an Associate Professor of Sustainable and Renewable Energy Engineering at the University of Sharjah. His research interest includes power electronics, with an emphasis on modeling and control as well as applications in aerospace, IT, and power systems. His recent research focuses on power electronics for renewable energy and other power system applications.

Ramesh C. Bansal is a Professor in the Department of Electrical Engineering at University of Sharjah. His research interests are in the areas of renewable energy and conventional power systems which include wind, photovoltaics (PV), hybrid power systems, distributed generation, grid integration of renewable energy, power systems analysis, and smart grid.