25 Best Books on Power Electronics

“Power Electronics: Converters, Applications, and Design” Book Review: The book provides an introduction to power electronics and its design applications, specifically for power levels of 500 kW or less. It details practical power electronic converters that have been made possible through the use of new power semiconductor devices. The book comprehensively covers diode rectifiers, thyristor converters, heat sinks, and magnetic components, and offers a step-by-step approach to their design. Examples and numerical techniques are illustrated using PSpice, MATLAB, and EMTP.

“Power Electronics: Circuit, Devices, and Applications” Book Review: This book provides a thorough and concise introduction to the characteristics of semiconductor devices and their applications in power conversion. It covers a range of topics including pulse-width modulated inverters, resonant pulse inverters, multilevel inverters, thyristors, controlled rectifiers, DC-DC converters, AC voltage controllers, power switching devices, conversion methods, analysis techniques and applications. The book also examines four relevant applications in detail: FACTS, static switches, power supplies, DC drives and AC drives. Future areas of potential in power electronics are also explored. This book is aimed at undergraduate students in electrical and electronic engineering, both at junior and senior levels.

“Power Electronic Converters: DC-AC Conversion (Electric Energy Systems and Engineering Series)” Book Review: The focus of this book is on DC/AC conversion, specifically on inverters. It provides an overview of filtering, pulse waveforms, and various frequencies. It also introduces the basic characteristics of switching power devices and DC-DC converters. The following chapters discuss directly-coupled converters, switched-mode power supplies, and the forced commutation of thyristors. The book concentrates mainly on high-power converters and their steady-state operation. It is recommended for graduate students and professional engineers.

“Principles of Power Engineering Analysis” Book Review: This book provides an introduction to power systems analysis and the necessary tools for comprehending electric power transmission components. It begins with the fundamental expressions predicting the performance of transmission systems and transformers from first principles. The concepts are then applied to the explanation of balanced three-phase systems and unbalanced systems. The book goes on to provide a detailed discussion of symmetrical component analysis of transmission systems, faulted systems, and three-phase transformers. It also analyzes the design of untransposed transmission lines and the application of three-phase electric power transmission, and examines Clarke component networks and other analysis component systems. This book is ideal for a graduate-level, one-semester course.

“Electrical Power Systems” Book Review: This book covers all the essential topics of electrical power systems required to excel in competitive examinations such as AMIE, GATE, UPSC Engineering Services, and more. It begins with an introduction to load characteristics, supply systems, conductors, power cables, line insulators, supports, sag, and tension. The book further discusses line parameters, short and medium lines, long transmission lines, general network constants, control of voltage and reactive power, power circle diagrams, and load flow analysis. Economic operation of power systems is also examined, along with symmetrical faults, symmetrical components, and unsymmetrical faults. Additionally, the book covers power system stability, travelling waves, overvoltage protection, corona, FACTS, HVDC transmission, system neutral grounding, tariffs, power factor improvement, and voltage stability. This book is intended for B.E/B.Tech/Diploma degree students in Electrical Engineering.

“Power Electronics: Circuit, Devices, and Applications” Book Review: In this book, readers are provided with a comprehensive and concise understanding of the basic properties of semiconductor devices and how they are utilized in power conversion. The content covers power switching devices, various conversion techniques, analysis methods, and practical applications in detail. The book also offers thorough coverage of four relevant applications, including FACTS, static switches, power supplies, DC drives, and AC drives. Additionally, the text explores potential future developments in the field of power electronics. This book is tailored to junior or senior undergraduate students of electrical and electronic engineering.

“Power Electronics” Book Review: The book provides a thorough introduction to modern power semiconductor devices and power electronic converters, focusing on designing, analyzing, and implementing various systems. It covers each topic in detail, explaining fundamental principles, concepts, techniques, methods, and circuits to develop a comprehensive understanding of power electronic systems. The book is intended for undergraduate electrical engineering students.

“Power Systems Signal Processing for Smart Grids” Book Review: This book presents how Digital Signal Processing (DSP) and Computational Intelligence (CI) techniques can be utilized in solving problems in the power system, particularly in smart grids. It introduces the power system and electric signals, as well as the working principles of DSP commonly employed in power system issues. The text provides a thorough discussion of DSP with respect to power quality, measurements, protection and control, and wide area monitoring. It also describes power signal estimation and decomposition, pattern recognition techniques, and detection of power system signal variations, utilizing practical power system examples to bridge the gap between DSP, electrical power, and energy engineering systems. The book is suitable for practicing power systems engineers, utility engineers, researchers, postgraduate electrical engineering students, and staff at utility companies.

“An Introduction to High Voltage Engineering” Book Review: This book presents a thorough exploration of the principles of high voltage engineering, both qualitatively and quantitatively. It begins by introducing breakdown mechanisms and the properties of insulating materials, followed by a discussion on the generation and measurement of high voltages. Later chapters cover high voltage testing of equipment, high voltage phenomena in electric power systems, and the estimation of electrostatic fields. An additional appendix focusing on partial discharges is also included. The book includes various examples and solved problems to aid in comprehension. It is recommended for undergraduate students of electrical engineering interested in high voltage engineering.

“Electrical Power Systems: Analysis, Security and Deregulation” Book Review: This book comprehensively examines the theoretical and practical aspects of power system engineering analysis, security, and deregulation. The first section covers power flow analysis and transient stability problems, as well as fault analysis problems using MATLAB, Power World Simulator, and Siemens PSS/E. The next section focuses on contingency analysis, state estimation, and optimal power flow. The final part of the book explores the key issues related to electricity deregulation and restructuring of power systems, such as transmission pricing, available transfer capability, and pricing methods in India. The book includes numerous examples and end-of-chapter problems and is intended for undergraduate students of electrical engineering and postgraduate students of power engineering and power management who are studying power system analysis, electricity deregulation, power system security, restructured power systems, and laboratory courses in power system simulation.

“Pipeline Corrosion and Cathodic Protection, Third Edition: A Practical Manual for Corrosion Engineers, technicians, and field personnel” Book Review: This book provides a comprehensive overview of the fundamentals of pipeline corrosion and the different protection methods available, making it a valuable resource for technicians and engineers. The book covers the basics of the subject matter with emphasis on cathodic protection of buried pipelines. The author has also included relevant mathematical concepts where necessary to aid understanding.

“Power Electronics and Renewable Energy Systems: Proceedings of ICPERES 2014 (Lecture Notes in Electrical Engineering)” Book Review: The book features a collection of peer-reviewed research papers that were presented at the International Conference on Power Electronics and Renewable Energy Systems (ICPERES 2014). It offers valuable insights into the latest advancements in the field of Power Electronics and Renewable Energy, covering diverse industrial, engineering and scientific applications of emerging techniques. The book features contributions from pioneers and inventors of new applications and advanced technologies.

“Modern Power Electronics” Book Review: This textbook is intended for both undergraduate and graduate students majoring in Electronics and Electrical Engineering. It provides a thorough understanding of the working principles and characteristics of modern semiconductor power devices. The book delves into the design of different types of solid-state devices, such as converters and power control circuits, with detailed analysis. It covers topics such as Semiconductor Power Devices Characteristics, Switching Regulators, Resonant Converter, Uninterruptible Power Supply, Stepper and Switched Reluctance Motor Drive, Cuk Converter and Integrated Magnetics, among others. Additionally, the book includes several solved questions to facilitate better understanding.

“Power Electronics: Converters and Regulators” Book Review: This book is an excellent resource for engineers, researchers, and students in the field of power electronics. This comprehensive book covers a wide range of topics related to converters and regulators. The chapters explore various types of converters, including AC-DC, DC-DC, and DC-AC converters. It also delves into topics such as pulse-width modulation techniques, resonant converters, voltage regulators, and power factor correction. With its clear explanations, practical examples, and comprehensive coverage, this book serves as a valuable guide for understanding and designing power electronic systems.

“Fundamentals of Power Electronics” Book Review: This book is intended for students of electrical and electronics engineering, as well as those studying embedded systems and computer engineering at the undergraduate, graduate, and research scholar levels. It covers the fundamental principles, models, and technical requirements necessary for the practical design of power electronic systems. The book includes updates to material on averaged switch modeling, low-harmonic rectifiers, and a chapter on AC modeling of the discontinuous conduction mode. Additionally, it delves into soft switching, active-clamp snubbers, zero-voltage transition full-bridge converters, and auxiliary resonant commutated pole. The latter half of the book focuses on computer simulation of converters using averaged switch modeling and Middlebrook’s Extra Element Theorem, with four tutorial examples provided for practical application.

“Control Design Techniques in Power Electronics Devices (Power Systems)” Book Review: The book focuses on control theories for the design of control units of switched power electronic devices such as DC-DC converters, rectifiers, and inverters. It is useful for researchers, tutors, and students in power systems. The book covers various important topics such as sliding mode control, feedback control through linearization, observer design, Lyapunov-based control, and passivity-based control. It also includes an overview of exact feedback linearization, input-output linearization, differential flatness, generalized PID control, and passivity-based control. Detailed circuit layouts and schematics are provided to facilitate better understanding. The book is a valuable resource for those seeking to gain expertise in control theory for power electronic devices.

“Power Electronics and Motor Drives: Advances and Trends” Book Review: The book provides a comprehensive overview of recent advancements in technologies, equipment, and applications of power electronics and motor drives. It is designed to cater to both novice and experienced electrical engineers. The book encompasses a broad range of topics related to power electronic operations, such as converters, machine models, and advanced control methods like fuzzy logic and neural networks. It presents several practical examples of industrial applications and insights from experts with extensive research and industrial experience.

“Nyquist AD Converters, Sensor Interfaces, and Robustness: Advances in Analog Circuit Design” Book Review: The contents of this book primarily focus on Nyquist analog-to-digital converters, capacitive sensor interfaces, and related topics such as reliability, variability, and connectivity. The language used in the book is clear and easy to comprehend, making it accessible to anyone interested in learning about analog circuits. Therefore, this book can prove to be a valuable resource for individuals seeking to expand their knowledge on these subjects.

“Power Electronic Converters Modeling and Control (Advanced Textbooks in Control and Signal Processing)” Book Review: The book is a valuable resource for engineers and graduate students alike. It provides a comprehensive understanding of power converter models, encompassing switched and averaged models, small/large-signal models, and time/frequency models. The book also explores different control methods, including linear, nonlinear, and resonant controllers. Readers will gain insights into the practical applications of power converters in switched mode power supplies, electrical machine motion control, active power filters, and distributed power generation. Additionally, the book offers a collection of exercise questions at the end of each chapter, facilitating self-assessment and reinforcing learning.

“Advanced and Intelligent Control in Power Electronics and Drives (Studies in Computational Intelligence)” Book Review: This book is an essential resource for engineers, researchers, and students of power electronics who wish to explore advanced control methods. Specifically, the book delves into power electronic control in renewable energy sources and details the predictive control of power converters and drives. Furthermore, it covers neurocontrol and nonlinear control of power converters and drives.

“Dynamics and Control of Switched Electronic Systems: Advanced Perspectives for Modeling, Simulation and Control of Power Converters” Book Review: This book serves as an informative reference for individuals interested in switched power converter analysis and design techniques. It covers a range of topics including converter topologies, modulation techniques, and various models such as continuous-time, discrete-time and hybrid models. The book also delves into modern control strategies for power converters and addresses challenges in numerical simulation. In addition, it includes examples and numerical questions to help readers comprehend the topic with ease.

“Advanced Electric Drives: Analysis, Control, and Modeling Using MATLAB / Simulink” Book Review: This book is suitable for individuals who are interested in learning about the analysis, control, and modeling of electric machines. It covers the use of electric drives in various applications, including factory automation, clean transportation, and renewable energy resource management. The book provides a quantitative approach to transform dq-axis to a-b-c phase quantities.

“Power Electronics: Advanced Topics and Designs” Book Review: This book is intended for power electronic specialists and engineers. It provides a comprehensive large-signal analysis of switched-mode converters. The book covers the modelling and analysis of new magnetic structures in detail. It includes practical designs of Cuk converters, coupled inductor and integrated mechanics method. Additionally, the book covers the topic of DC to AC inversion in power electronics.

“Advanced Power MOSFET Concepts” Book Review: The book is beneficial for power device industry researchers and engineers. It provides insights into voltage regulator modules which are utilized to supply power to microprocessors and graphics chips in laptops and servers. It elaborates on the usage of power MOSFETs in low voltage circuits. Additionally, the book describes the significance of silicon carbide in the design and structure of power rectifiers.

“Power Electronics: Circuits, Devices and Applications” Book Review: The book is a useful resource for undergraduate students studying electrical and electronic engineering. It covers power switching devices, conversion methods, analysis, and techniques. The applications of semiconductor devices in flexible AC transmissions (FACTs), static switches, power supplies, DC drives, and AC drives are explained in detail. Additionally, the book contains valuable information on the characteristics of semiconductor devices.