24 Best Books on Power Plant Engineering

“Power Plant Engineering” Book Review: This book offers a comprehensive introduction to the concepts necessary for comprehending the operation of power plants. It delves into both fundamental and advanced topics with great detail while being written in clear and easy-to-understand language. The book also features a plethora of real-world problems with corresponding detailed solutions, as well as theoretical and mathematical explanations of problems. It caters to the needs of students, teachers, and professionals working regularly with power plants in the field of engineering and science.

“Power Plant Performance” Book Review: This book offers a comprehensive introduction to the operations of power plants, encompassing the essential concepts necessary for a thorough understanding of their functioning. It delves into the intricacies of testing procedures and the crucial monitoring techniques required to optimize their performance. The book encompasses a wide range of topics including steam cycles, boilers, turbines, condensers, and feed heaters, among others. It also contains a plethora of solved and unsolved examples to aid in comprehension. This book is tailored to students, teachers, and professionals in the engineering and scientific fields.

Book Review: This book comprehensively covers theory, design, and practice across a wide range of topics. It provides the latest information on analytical and theoretical treatments of various concepts. Readers can explore chapters on a diverse set of subjects, including non-conventional power generation, diesel engines, gas turbine power plants, renewable energy utilization, energy storage mechanisms, steam cycle analysis, cycle power generation, fuels and combustion, steam turbines and generators, nuclear power plants, hydroelectric power plants, energy storage, environmental degradation, and renewable energy usage.

“Power Plant Instrumentation and Control Handbook” Book Review: This book presents a comprehensive summary of the necessary components for the operation and maintenance of a power plant. It details the methods and instruments for monitoring power plants and optimizing their operation efficiency. It covers a wide range of power plants, including conventional thermal power plants, combined/cogen plants, supercritical plants, and once-through boilers. The book offers a wealth of solved and unsolved examples to facilitate better comprehension. Its intended audience includes students, educators, and practitioners in the fields of engineering and science.

“Power Plant Engineering” Book Review: This book is intended to serve as a guide for a single-semester course in power plant engineering, suitable for both degree and diploma students in the fields of mechanical and electrical engineering. Its primary focus is on elucidating the fundamental concepts that are crucial to the smooth operation of power plants. Additionally, it outlines the various key indicators that can be established for the effective and efficient management of power plants. The text also features a range of real-world examples to aid the reader in comprehending the subject matter. To aid in comprehension, theoretical and mathematical explanations are supplemented with diagrams and graphs.

“Power Plant Engineering” Book Review: This comprehensive book offers an in-depth exploration of power plant engineering, covering a range of crucial topics such as the Rankine cycle, coal power plants, supercritical boilers, FBC boilers, thermal power plants, fuel handling, draught systems, feed water treatment, and dual and Brayton cycles. Moreover, it includes a plethora of real-world problems along with detailed solutions. Intended for both degree and diploma students of mechanical engineering, this book is specifically designed to be used as a textbook for power plant engineering courses.

“Power Plant Instrumentation” Book Review: This comprehensive book provides a detailed examination of power generation, including an in-depth discussion of the various types of equipment employed in steam power generation units. It offers a plethora of real-world problems and their corresponding detailed solutions, along with theoretical and mathematical explanations of both the problems and solutions. The book also presents techniques for establishing effective monitoring systems to enhance power plant efficiency. It caters to students, educators, and professionals working in the engineering and scientific fields, particularly those specializing in mechanical and electrical disciplines.

“Schaum’s Outline of Electrical Power Systems” Book Review: This book offers a comprehensive introduction to electrical power systems, written in a clear and accessible language. It covers the essential components of electric power systems and their operations. The book offers a thorough understanding of power system calculations and practical implementation. It includes various helpful tools, such as diagrams, equations, and graphs, to assist readers in grasping the concepts. The book is tailored to meet the needs of students, teachers, and professionals in the fields of engineering and science, particularly those working with power systems regularly.

“A Textbook of Power Plant Engineering” Book Review: The focal point of this book is power plant engineering, which offers an essential introduction to the field. The text uses straightforward language to explain complex concepts, and includes a wealth of real-world examples to aid comprehension. Topics covered include power generation, contamination, hardware, monitoring, and more. Additionally, the book describes various types of power plants, such as steam-powered, gas turbines, hydroelectric, and nuclear power plants, as well as non-conventional fuel sources. It is intended primarily for mechanical and electrical engineering students and educators, as well as those in the broader fields of engineering and science.

“Power Plant Engineering” Book Review: This book is tailored to meet the needs of students and educators in the engineering and science fields, particularly those studying mechanical and electrical engineering. The content is presented in a question and answer format and is complemented with exercises at the end of each chapter. The book features a wealth of solved and unsolved examples, covering topics such as steam power plants, nuclear and hydel power plants, diesel and gas turbine power plants, geothermal plants, ocean thermal plants, tidal power plants, and solar power plants. Furthermore, it delves into the economics associated with these energy sources. The book is further enhanced with numerous illustrated diagrams, tables, flow charts, and graphs wherever necessary to facilitate clear understanding.

“Power Plant Engineering” Book Review: This book is designed for engineering students and individuals preparing for competitive exams, including ICS and AMIE exams. It covers various topics related to power plant engineering and is organized logically for ease of understanding. The book includes numerous solved numerical problems and well-explained theoretical questions.

“Practical Boiler Operation Engineering and Power Plant” Book Review: This book provides an introduction to the chemistry of boiler feedwater and covers heat transfer methods, as well as the properties of steam. It delves into the handling of fuel systems and the operation of steam turbines, including their auxiliary systems. Furthermore, it explores the air path, feedwater path, steam path, and flue gas path. Additionally, the book covers the commissioning and maintenance of power plants, as well as various pipelines used in thermal power plants, providing readers with a comprehensive understanding of these essential topics.

“The Marine Power Plant (Year 1922) (Classic Reprint)” Book Review: The book is a classic reprint from 1922 that covers the design, construction, and operation of marine power plants. The book includes chapters on steam turbines, diesel engines, boilers, condensers, pumps, and more. It provides a detailed overview of the technology and engineering principles involved in marine power plants, making it a valuable resource for students and professionals in the marine and power industries.

“Submarine Power Cables: Design, Installation, Repair, Environmental Aspects (Power Systems)” Book Review: This book is a comprehensive guide for power system engineers, designers, and operators who work with submarine power cables. The book covers various topics ranging from the basics of submarine cable systems to the advanced concepts of cable installation, repair, and maintenance. It includes chapters on cable design, material selection, laying methods, protection systems, environmental impact, and safety aspects. The book also provides case studies of actual cable projects, making it a valuable resource for anyone involved in the planning, installation, or operation of submarine power cables.

“Communication Networks for Smart Grids: Making Smart Grid Real (Computer Communications and Networks)” Book Review: This book provides a comprehensive overview of the communication technologies and networking protocols that enable smart grid applications. The book is organized into three parts covering the basics of communication networks, smart grid communication requirements, and the latest developments in smart grid communication technologies. Topics include wired and wireless communication networks, network architectures, cybersecurity, Internet of Things (IoT) technologies, and real-world case studies. This book is suitable for students, researchers, and professionals working in the fields of smart grid communication, power systems, and computer networks.

“Marine Renewable Energy Handbook” Book Review: The book covers a wide range of topics and features contributions from academic and industry experts of diverse backgrounds. It delves into the fundamentals of the marine environment, as well as the principles of hydrodynamics and ocean engineering. Additionally, it explores various conversion technologies, such as offshore wind, tidal power plants, tidal stream turbines, and ocean thermal energy plants.

“Offshore Power: Building Renewable Energy Projects in U.S. Waters” Book Review: This book provides a comprehensive overview of the renewable energy projects in the U.S. waters. The book covers topics such as the current state of offshore renewable energy, policy and regulatory issues, economic considerations, environmental impacts, and engineering and technical challenges. The authors also discuss the potential for offshore wind, wave, and tidal energy, as well as hybrid energy systems. This book is a valuable resource for researchers, policymakers, and industry professionals interested in offshore renewable energy development.

“Application of Field Programmable Gate Arrays in Instrumentation and Control Systems of Nuclear Power Plants” Book Review: This book, authored by a community of international experts and advisors, provides a comprehensive report on instrumentation and control systems for nuclear power plants. The book includes main chapters on the introduction to field programmable gate array technology, methods, and tools for development and verification. Other topics covered in the book include licensing, field programmable gate array-based replacement systems, and new nuclear power plant designs. A summary and references section is included at the end of the book for students, and the appendix contains real-life examples and applications of structures. This book is ideal for engineers, technicians, and professionals working in power plant control systems.

“Process and Plant Safety” Book Review: The book outlines a range of tactics for reducing the occurrence of accidents in industrial plants. It is available for access by students, engineers employed in chemical plants, and certification bodies. The book details techniques for detecting design flaws and enhancing safety measures, as well as evaluating the outcomes of accidents. It also covers the simulation of accidents, risk analysis, and the application of mathematical models. Additionally, the book provides an explanation of the concept of minimum safety distance measurements between plants and residential areas, and features examples of real-life case studies and worked-out scenarios.