Electric drives in sustainable energy systems use a physics-based approach to electric drive control. The proper control of electric motors and systems represents significant energy savings and has applications in factory automation, clean transportation, and renewable energy resource management. Adopting a physics-based approach to the dq-axis transformation of a-b-c phase quantities, this book provides a comprehensive explanation of how electric drives operate under dynamic conditions. It features in-class discussion problems, a hardware and software lab with solutions manual, online homework problems, video clips and slides, and quizzes to reinforce fundamentals.
