37 Best Books on Electric Drives

Book Review: This book is a valuable resource for students and engineers in both the electrical and mechanical streams. It covers fundamental principles of mechanics and dynamics in mechanical drives, as well as a range of technologies that highlight the significance of electrical drives in transportation, material handling, and production processes. The book emphasizes the ease of controlling electrical drives, taking into account the flexibility and precision enabled by industry technology standards. Additionally, the book delves into the structures and dynamic characteristics of electrical drives, providing separate explanations of DC machines and their characteristics, static converters as power actuators, control of induction motor drives, and variable frequency synchronous motor drives. Finally, the book illustrates the powerful impact of microelectronics and microprocessors in driving innovation.

Book Review: The book encompasses recent advancements in the fundamentals of electrical drives and provides comprehensive insights into semi-controlled drives. Its contents span a wide range of topics, such as the dynamics and controls of electrical drives, power selection rating of motors, and the functioning of DC induction, synchronous, stepper, switched reluctance, permanent magnet AC, and brushless DC motor drives. It also delves into the application of electrical drives in solar and battery-powered drives, traction drives, energy conservation, and systems and components.

“Electric Drives” Book Review: This comprehensive book provides an introduction to the fundamental principles and techniques of electric drives, which are essential for effective preparation for competitive exams such as GATE and UPSC. It extensively covers various aspects of drives, including their characteristic features, transients in drive systems, operation of stepper motors, methods of braking and speed control, electromagnetic and solid-state control of motors, and motor ratings. The book also delves into industrial applications of electric drives in great detail. It is a suitable resource for practicing engineers and students pursuing B.E./B.Tech., AMIE, and diploma courses in electrical engineering.

“Electric Motor Drives” Book Review: This book provides a comprehensive coverage of motor drive technology, including the fundamentals of system-level modelling analysis, control algorithm development, drive design and integration. The drive systems discussed in the book are derived from first principles, making it easier for students to understand the concepts. The book also includes industrial applications to help students relate to real-life problems. It comprises eight chapters that cover important topics such as DC machine modelling, phase- and chopper-controlled motor drives, induction machines, phase-, frequency- and vector-controlled induction motor drives, permanent magnet synchronous and brushless DC motor drives. Each chapter includes detailed exercises and examples that illustrate an industrial application of each motor drive. Control algorithms are provided for simulation practice, and discussion questions are included in each chapter to help improve student learning. This book is suitable for both students and professional engineers.

“PID and Predictive Control of Electrical Drives and Power Converters using MATLAB/ Simulink” Book Review: This book provides a comprehensive study of classical control system strategies such as PID control, feed-forward control, cascade control, and more, using MATLAB and Simulink tutorials. The authors draw from their own experiences in designing and implementing control systems on laboratory test-beds, guiding the reader from fundamentals to advanced design and analysis. The book explains frequency domain and time domain closed-loop performance analysis to facilitate efficient selection of controller parameters and validate the control system. The authors also cover continuous-time model predictive control systems designed with operational constraints for drives and power supplies, as well as discrete-time model predictive control systems based on physical model discretization. A section on resonant control of electric drives and power supply is also included to address sensor bias and unbalanced three-phase AC currents. This book is highly recommended for designers, researchers, industrial engineers, and graduate students in electrical engineering.

“Electric Drives” Book Review: The book provides a comprehensive introduction to the basic concepts of electric drives, solid state drives, industrial drives, and power semiconductor drives. It is suitable for both undergraduate and postgraduate students studying electrical, electronics, power electronics, and automation industries courses in engineering.

“Linear Electric Machines, Drives, and MAGLEVs Handbook” Book Review: This book offers an up-to-date and comprehensive overview of linear electric machines and drives. It covers the fundamental principles, classifications, and practical topologies of these machines and drives, and includes case studies that lucidly illustrate key topics such as modeling, steady state, and transients, as well as control, design, and testing. The book also provides detailed descriptions of the types and applications of linear electric machines, such as MAGLEV transportation and small compressors for refrigerators. Additionally, it includes a discussion on low and high speed linear induction or synchronous motors with progressive or oscillatory linear motion (with and without PMs). With its provided formulas and methods, this book is a valuable reference for those involved in research and development and testing of innovative solutions to new industrial challenges in linear electric motion/energy automatic control.

“Electric Machines and Electric Drives: Problems with Solutions” Book Review: This book offers clear and concise solutions to problems related to electric machines and electric drives. Each chapter provides all the relevant information needed to solve any type of problem, including formulas, circuit diagrams, and their corresponding waveforms. With complete solutions to nearly 324 well-graded problems, this volume is a valuable resource for undergraduate students of electrical engineering as well as those preparing for AMIE and competitive examinations.

“Electric Drive: Control of DC and AC Drives” Book Review: This book focuses on the control of motion, which is required in various industrial and domestic applications such as transportation systems, textile mills, washing machines, pumps, robots, lifts, drilling machines, conveyor belts, and more. The book is primarily concerned with the analysis and improvement of conceptual theory beyond electric drives, covering both DC and AC drives, as well as the development of power electronic-based converters and their control strategies.

“Design and Development of DC Motor Drive System for an Electric Car” Book Review: This book presents a comprehensive discussion on the use of power semiconductor devices such as thyristors, IGBTs and Power MOSFETs for controlling drives, which has revolutionized the field. The book adopts a methodology that utilizes power electronic switching devices to achieve different speeds in rotating DC series motors by employing pulse width modulation (PWM) technique. Additionally, the book covers the interfacing of the power electronic circuit with a PIC microcontroller, which generates the necessary PWM signal.

“Microcomputer-Based Adaptive Control Applied to Thyristor-Driven DC-Motors (Advances in Industrial Control)” Book Review: This book aims to promote and document the transfer of technology in the field of control engineering. It covers a wide range of topics, including new theories, controllers, sensors, actuators, industrial processes, computing methods, philosophies, and emerging challenges. The book provides a platform for researchers to present their latest work on all aspects of industrial control and facilitate its wider and faster dissemination. It offers scholars an opportunity to delve into an in-depth exploration of their new findings in the field.

“Fundamentals of Industrial Drive” Book Review: This book provides a comprehensive overview of the fundamental concepts of electric motor drives and their industrial applications. The material is presented in a way that facilitates a thorough understanding of the subject matter from fundamental principles, making it an excellent resource for students. The book covers both conventional and modern drive mechanisms, which utilize power electronic devices, and provides detailed explanations of each.

“Thyristor DC Drives” Book Review: This book covers all the significant aspects of thyristor control of DC drives. It discusses thyristor convertors, control techniques, design procedures, analysis of drives, computer simulation, and industrial applications. The book merges coverage of basic circuits, practical circuits, and research materials to ensure that the content is easily accessible to practicing engineers and students alike.

“Modern Power Electronics and AC Drives” Book Review: This book provides a comprehensive coverage of power electronics and AC drives, which is crucial in many modern systems ranging from household appliances to automated factories. It covers every aspect of the topic including important innovations like artificial intelligence, advanced estimation, and sensorless control. With a focus on advanced, authoritative, and practical guide to the state-of-the-art power electronics and AC drive technology, this book is an essential resource for students and professionals seeking a clear understanding of the subject matter.

“High Performance AC Drives: Modelling Analysis and Control (Power Systems)” Book Review: This book provides a thorough outlook on high-performance AC drives, serving as a potential textbook for graduate students and a current monograph. Furthermore, it can serve as a helpful resource for R&D professionals seeking to improve drive performance in various industries. Researchers pursuing work on sensorless and direct torque control of electric drives will also find this book useful, as it offers up-to-date references on these topics.

“High–Power Converters and AC Drives (IEEE Press Series on Power Engineering)” Book Review: The focus of this book is to offer a comprehensive analysis of control mechanisms for MV synchronous motor drives. It delves into the latest technological advancements that aim to eliminate the need for isolation transformers in MV drives. The book delves into the fundamental principles and modulation techniques of matrix converter (MC) topology and multi-module cascaded matrix converters (CMCs) for MV drives. It also explores the practical applications of these technologies in commercial MV drives. The book covers a wide range of topics, including Control of Synchronous Motor Drives, Transformerless MV Drives, and Matrix Converter Fed Drives.

“Analysis of Electric Machinery and Drive Systems” Book Review: The fundamentals of machine analysis are presented in this book, which incorporates updates on the latest developments in the electric machinery, electric drives, and electric power industries. The information in this book is derived from research conducted by various professionals in this field and provides insights into new approaches. It delves into various topics such as frame theory, new materials for machine design, and a plethora of new techniques. Additionally, the book includes new machine equations that improve the analysis and modeling of machines coupled to power electronic circuits. This resource is extremely beneficial for both engineers and students in this field.

“Electrical Machines, Drives and Power Systems” Book Review: This is an informative book that provides a comprehensive coverage of electrical machines, drives, and power systems. The book is structured into 19 chapters that cover topics such as AC and DC machines, transformers, power electronics, and motor control. The author has done a great job in presenting the material in a clear and concise manner with numerous diagrams, examples, and practice problems. The book is suitable for students, engineers, and anyone interested in electrical machines, drives, and power systems.

“Advanced Electric Drive Vehicles (Energy, Power Electronics, and Machines)” Book Review: This book offers an overview of the automotive industry and underscores the significance of electrification in modern vehicles. It not only introduces the basics of traditional vehicles and ICEs but also covers the critical elements of electrified vehicles, such as power electronic converters, electric machines, electric motor controllers, and energy storage systems. The book includes dedicated chapters on HEVs, PHEVs, REEVs, and EVs, and it highlights the use of power steering and air-conditioning systems. To facilitate a proper understanding of the concepts, the book includes many illustrations and practical examples. Moreover, it features case studies that enhance its comprehensiveness. This book is ideal for transportation electrification enthusiasts, including researchers, engineers, managers, and other professionals.

“Advanced Control of Electrical Drives and Power Electronic Converters (Studies in Systems, Decision and Control)” Book Review: This comprehensive book on electrical engineering has been authored by leading experts in the field. Its content covers a range of important topics including control theory, power electronics, embedded controllers, signal processing, and artificial neural networks. The book is based on extensive research, laboratory experiments, and practical applications, and is a valuable resource for professionals and students alike. The main focus of the book is on motion control in complex electromechanical systems and new control algorithms for power electronics converters, such as field oriented control (FOC) and direct torque control (DTC). Additionally, the book explains a range of numerical theories including nonlinear control, robust control, fault diagnosis, Lyapunov techniques, and signal filtration and processing, all of which are used to solve various problems in the field.

“Digital Control of Electrical Drives (Power Electronics and Power Systems)” Book Review: This book offers a solution to the challenges of coding control algorithms on a DSP platform. It utilizes a set of Simulink simulation files that enable readers to visualize the impact of control solutions on the motion control system. By bridging the gap between control theory and industrial practice, this book is a valuable resource for anyone seeking to understand the intricacies of control analysis.

“Electric and Hybrid Vehicles: Design Fundamentals” Book Review: This book focuses on electric and hybrid vehicles as a response to environmental concerns. It provides a comprehensive understanding of technical aspects from a mathematical and design perspective, complemented by case studies, illustrations, and numerical examples. The chapters are organized around system components, the laws of physics governing vehicle motion, and the mathematical relationships within and between the components. The book also covers energy sources and designing components for vehicles, and is suitable for a one-semester course. This resource is relevant for electrical, mechanical, and chemical engineers who wish to learn about electric and hybrid vehicles in a single course.

“Electric Motors and Drives: Fundamentals, Types and Applications” Book Review: This book is a comprehensive guide that delves into the basics of electric motors and drives. Its practical approach aids in better comprehension of the concepts. The book extensively covers different types of motors, including induction motors and brushless dc motors, along with a detailed explanation of the various types of drives. It encompasses modern types of motors and drives, such as conventional and brushless D.C, induction motors, and servo drives. The book facilitates readers in making informed decisions by presenting them with solved examples and diagrams to aid in their understanding. The latest edition of this book includes additional topics like digital interfacing and control of drives, direct torque control of induction motors, and more. This book is an excellent resource for non-specialists in the field of electric motors and drives, as well as electrical and mechanical engineers. It provides an in-depth understanding of brushless servomotors and direct torque control of induction motors, along with various diagrams and solved examples for each chapter.

“Advanced Electric Drives: Analysis, Control, and Modeling Using MATLAB / Simulink” Book Review: This book adopts a physics-based approach to explain the fundamental concepts of modern electric drive control and its applications in dynamic conditions. It emphasizes the importance of proper control design, advanced MATLAB and Simulink simulations, and energy-saving techniques. It also provides detailed coverage of energy systems design. Using a-b-c phase quantities, the book offers a unique perspective to students for problem-solving. It facilitates the analysis, control, and modelling of electric machines and drives, providing readers with a clear physical picture without relying heavily on mathematical transformations. The end-of-chapter quizzes and questions aid in comprehensive learning.

“Experiments for Electrical Machines, Drives, and Power Systems” Book Review: This book is a must-read for electrical engineers and students interested in the field. It is centered on experiments that employ electric motors, transformers, and control systems. With a practical approach, the book provides a comprehensive introduction to electrical machinery, transformers, and motor control. The experiments included in this book were successfully conducted at Pennsylvania State University, Mckeesport Campus, over a period of two semesters. Each experiment is expected to take approximately two hours to complete. In addition to the experiments, the book also covers essential information on experiment conduct, laboratory report writing, equipment accuracy, and motor runaway in its final section.

“Electric Drives” Book Review: This book is aimed at undergraduate students in electrical engineering. It provides an introduction to fundamental electrical drive problems and their solutions. The book covers the theory of electrical machines, conventional speed control methods, closed loop systems, and the features of AC and DC drives. It also explains the static and dynamic behavior of drives using controllers. The book includes solved examples for each chapter to help students better understand the concepts, as well as problems for practice. This book is a valuable resource for electrical engineering students looking to gain a comprehensive understanding of electrical drives.

“Advanced Electric Drives: Analysis, Control and Modeling Using Simulink” Book Review: The focus of this book is on the various kinds of motor controls, including their performance and unique features. It commences by introducing the induction machine equations in phase quantities, followed by a dynamic analysis of induction machines in terms of dq windings. Furthermore, it provides an overview of vector control and other control types for induction motor drives. This book aims to aid in the comprehension of simulations by thoroughly discussing every subject in Simulink, which also includes a wealth of visual aids to facilitate comprehension.

“Advanced Electric Drives: Analysis, Control and Modeling Using Simulink” Book Review: This book provides an in-depth exploration of motor control types, including their performance and characteristics. It begins by introducing induction machine equations using phase quantities and proceeds to analyze the dynamics of induction machines in terms of dq windings. The book also delves into vector control of induction motor drives, along with other control types. Through the use of Simulink simulations, readers can gain familiarity with the topics presented in the book. Moreover, the book presents a wealth of visuals to aid in comprehension and improve understanding.

“Electric Drives” Book Review: This book is designed for students in the electrical and mechanical streams, providing an in-depth explanation of electric drive’s operation. Beginning with energy conversion, it covers closed-loop motion control and delves into topics such as induction motor drives and PWM inverter fed induction motor drives. Moreover, the book discusses various types of drives, including advanced scalar control and multiphase electric machine drives. The book comes with an online accessible Matlab program.

“Electrical Drive Control: Textbook with Applicative Aspects” Book Review: This book provides an introduction to electromagnetism and the principles of electric motors for students studying electrical, mechanical, and control engineering. It covers the steady-state and dynamic state operation of drive systems, as well as the analysis of speed control and position control systems. Additionally, it delves into motion sensors, electrical motor control systems, and advanced motors. The book includes a variety of solved problems and practice problems for students to solve.

“Advanced and Intelligent Control in Power Electronics and Drives (Studies in Computational Intelligence)” Book Review: The book is a collaborative effort of experts in electrical engineering, covering power electronics and variable frequency drives. It encompasses recent developments in fields such as control theory, computational intelligence and signal processing, which have impacted the modern solutions for power electronics and drives. The editor, a professional in the advanced control methods sector, has compiled the book in three parts: Advanced Power Electronic Control in Renewable Energy Sources, Predictive Control of Power Converters and Drives, and Neurocontrol and Nonlinear Control of Power Converters and Drives. It provides a comprehensive overview of modern control methods and their implementation in power converters and drives.

“Drives and Control for Industrial Automation (Advances in Industrial Control)” Book Review: The book presented here serves as an introduction to the fundamental concepts required to understand servo control in automation. The book takes a macroscopic approach to the subject, treating drives and control as integral parts of a unified system. The book provides a comprehensive explanation of the key components of servo control, including sensors, controllers, and actuators, in an accessible manner suitable for beginners. Each chapter of the book can be studied independently, and some chapters provide detailed explanations of drivers classified in the industry, including their actuators and sensors.

“Advances in Systems, Control and Automation: ETAEERE-2016 (Lecture Notes in Electrical Engineering)” Book Review: This book features selected proceedings from the ETAEERE 2016 conference, covering various systems and machines with complex behaviors and relationships in diverse environments. It includes discussions on multivariable control systems and provides fundamental concepts for conducting research in the field of control and automation. The book offers a detailed explanation of classical and modern designs of intelligent automated systems.

“Fundamentals of Electrical Drives (Power Systems)” Book Review: This book provides an intermediate level of understanding about electrical drives in an accessible manner. It explains the importance of electrical drives in various applications, such as power generation, household appliances, automotive, and industrial systems. The book demonstrates the usage of adjustable speed drives in robotics, wind turbines, and hybrid vehicles. It covers power semiconductors, digital signal processors, and simulation software. This book is designed for students and engineers interested in modern electrical drives.

“Electric Drives” Book Review: This comprehensive guidebook offers practical instructions for conventional and static converter-based drives, making it an ideal resource for hands-on learning. The book covers closed-loop control and the dynamics of drives, as well as microprocessor applications and various types of drives. Additionally, it features real-life tested solutions to a wide range of problems, along with numerous applications and worked-out examples. Furthermore, the book provides a variety of questions to help readers identify their own understanding of the material.

“Sensorless AC Electric Motor Control (Advances in Industrial Control)” Book Review: This book on Sensorless AC Electric Motor Control will be useful for academic researchers and graduate students with backgrounds in electrical, mechanical, and control engineering. They can apply the theories presented in this book to their respective fields. The book has the potential to benefit various application areas, such as electric vehicles and robotics. Additionally, researchers can use this book to gain a deeper understanding of the new advancements in industrial control. It provides an in-depth explanation of how physical sensors have been replaced with software sensors and observers. The experimental results included in the book demonstrate the effectiveness of these observer and controller configurations in solving challenging sensorless-AC-machine problems.