Electric Drive Systems And Operation By Valery Vodovozov

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" Electric Drive Systems and Operation " by Valery Vodovozov

Electric Drive Systems and Operation by Valery Vodovozov is a distinguished professor at Tallinn University of Technology, is a prominent author and researcher in the field of electrical engineering, with a specific focus on electric drive systems, power electronics, and their application in areas such as electric vehicles. His work is widely recognized in academic and engineering circles.

One of his key contributions to the field is the textbook titled " Electric Drive Systems and Operation ". This book, published by Bookboon, serves as a foundational text for students and a practical guide for technicians and engineers. It is designed for those who have a basic understanding of electricity, electronics, mechanics, and computer science.

Target Audience and Purpose

Electric Drive Systems and Operation book is primarily aimed at secondary-level and university-level learners in electromechanical fields, including bachelor's and master's students in electrical engineering and mechatronics. It also serves as a valuable resource for practicing technicians and engineers who work with electric motors and drive systems. The main goal of the book is to provide a clear understanding of the applications built upon electrical motors and to differentiate between various electromechanical products.

Key Topics Covered

"Electric Drive Systems and Operation" offers a structured approach to the subject, beginning with fundamental concepts and progressing to more advanced topics in control and application. The book is organized into several key chapters:

Introduction: This section lays the groundwork by defining the science of electric drives, exploring electromechanical processes, and discussing the efficiency of these systems.
Common Properties of Electric Drives: It delves into the power and control topologies that form the backbone of modern electric drive systems.
Characteristics of Electric Drives: This part of the book examines the dynamic and static characteristics of electric drives, as well as their load characteristics.
Universal Model of Electrical Machine: A theoretical exploration of concepts like the Park's machine, coordinate transformation, and the DC motor model.
Synchronous Motor Drives: This chapter is dedicated to different types of synchronous motors, including field-excited synchronous motor drives, synchronous servo drives, and step motor drives.
Squirrel-Cage Induction Motor Drive: It covers the models, performance characteristics, and braking modes of squirrel-cage induction motors, which are widely used in the industry.
Special Types of Induction Motor Drives: The book also discusses specialized induction motors, such as those with pole-changing capabilities and wound rotor designs.
Scalar Control of Induction Motors: This section focuses on control strategies, specifically voltage-frequency and flux-frequency control.
Vector Control of Induction Motors: The final chapters explore advanced control techniques, including field-oriented control and direct torque control, which are crucial for high-performance applications.

Author's Expertise

Professor Valery Vodovozov's expertise is well-established through his extensive list of publications and his academic role at the Tallinn University of Technology in Estonia. His research interests include:

Electric Vehicles
Power Electronics and Drive
Artificial Intelligence in control systems
Engineering Education and Technology

He has authored numerous research papers and several other books, including "Introduction to Power Electronics." His work often involves the development and analysis of control systems for electric drives, with a particular emphasis on applications in electric and hybrid vehicles.

In summary, "Electric Drive Systems and Operation" is a comprehensive and accessible textbook that provides a solid foundation in the principles and applications of electric drive technology, authored by a leading expert in the field.