46 Best Books on Energy Science

“Energy (Science Fair Projects)” Book Review: This textbook covers a wide range of topics related to energy. It explores questions like: What types of energy are released during a storm? How does energy change from one form to another? How does your home lose energy and how can you prevent it? The book includes descriptive chapters on various experiments, such as using a simple plastic band to learn about potential energy or understanding how microwave energy cooks food. It provides clear instructions and illustrations for over 50 experiments. The book also delves into subjects like steam, storms, fossil fuels, how the body converts food into energy, the cooling effects of trees, extracting radio energy from the air, and more.

“Energy Science: Principles, technologies, and impacts” Book Review: This book examines different sources of energy in a clear and understandable way. It discusses renewable sources, like solar and wind power, as well as fossil fuels and nuclear energy. The book explains the science behind these sources and their impact on the environment and society. It presents a fair and balanced view of the subject. It also explores how energy is generated, stored, and distributed. The book covers a wide range of topics, from wind turbines and nuclear reactors to how energy reaches our homes. It includes examples, case studies, and multiple-choice questions to help readers grasp the concepts. Solutions to the questions are provided for marking and assessment purposes.

“Energy: A Beginner’s Guide (Beginner’s Guides)” Book Review: This textbook talks about how energy has been crucial throughout history and continues to be vital today. It focuses on understanding the science behind global warming and the actions being taken to address it. The book highlights how our everyday choices impact the amount of energy we consume. It mainly focuses on the physical aspects rather than social aspects of energy. It covers topics such as how energy functions, how it might change in the future, and the connections to climate change.

“Solar Energy: The Physics and Engineering of Photovoltaic Conversion, Technologies and Systems” Book Review: This book is about solar energy and how it can be harnessed using photovoltaic (PV) cells. It explains the science behind PV cells and how to design PV systems. The book also shows how PV technology is used in real-life applications. It covers topics like the basics of solar cells, different types of PV technology, such as crystalline silicon and thin-film cells. The book is suitable for researchers, engineers, and designers working in the field of solar energy. It is also a good resource for university courses on solar photovoltaics, including exercises to help students understand and remember the concepts.

“Nanoscale Applications for Information and Energy Systems (Nanostructure Science and Technology)” Book Review: This book is about nanotechnology, which is a field that deals with extremely small materials and devices. It focuses on how nanotechnology is used in two main areas: information technology (electronics and photonics) and alternative energy (specifically solar energy). The book covers different topics such as plasmonics, which is a type of technology used in electronics and photonics, and photovoltaic, which relates to solar energy and the conversion of sunlight into electricity. It also discusses other concepts like conducting electrodes, silicon electroplating, and resistive switching. The book explores how nanostructured materials are used in research and development in electronics, photonics, and solar energy. It provides both theoretical and experimental research efforts in these areas.

“Introduction to Nuclear and Particle Physics” Book Review: This book is all about nuclear and particle physics, which is a field of science that focuses on the study of atoms and subatomic particles. It covers important concepts, principles, and applications in a comprehensive way, including the latest developments in the field. The book starts by discussing the history of nuclear and particle physics, as well as the properties and components of the atomic nucleus. It then goes on to explain nuclear models, radioactivity, and its various applications in different fields. The book also covers topics like nuclear reactions, which occur in the Sun and stars, as well as effects like photoelectric and Compton effects. It explores particle accelerators and radiation detectors, which are tools used in experiments. Towards the end, the book provides solved problems to help students understand the concepts better, along with unsolved problems and review questions to test their understanding. It is suitable for students studying B.Sc./M.Sc. (Physics).

“Electric Power Distribution (India Professional Science & Technology Electrical Engineering)” Book Review: This book focuses on different aspects related to the subject and provides a comprehensive coverage. It includes two new chapters on Meter, Billing, and Collection, as well as Natural Distribution System. Additionally, there are added examples and problems throughout the chapters. This book is beneficial for engineers working in electricity boards and companies involved in electrical power distribution. It is also useful for students studying electrical engineering.

“Solar Energy – Principles of Thermal Collection and Storage” Book Review: This book mainly focuses on devices that collect and store solar energy for heating purposes. It also explains how solar energy can be used for generating electricity through photovoltaic conversion, as well as utilizing other renewable energy sources like wind and biomass. The book covers topics such as solar radiation, different types of collectors, and solar heaters. It provides useful links, websites, and additional references for further exploration. This book is beneficial for anyone interested in learning about renewable energy sources and specifically solar thermal energy.

“An Introduction to Energy Conversion: Turbomachinery – Vol. III” Book Review: This book is part of a series of three textbooks that explain the process of converting and utilizing energy from natural sources. The first two volumes introduced the basics of thermodynamics and discussed different forms of energy and their cycles. This third volume focuses on turbo machinery, which includes the major energy devices used in various industries. The book provides a balance between theory and practical details, offering a comprehensive understanding of the fundamental principles and detailed explanations of real-world systems.

“Introduction to Energy Technologies for Efficient Power Generation” Book Review: This textbook provides a detailed exploration of different technologies used in the energy, building, and transportation industries for producing, storing, and transferring energy. Its main goal is to help readers understand how to effectively and environmentally-friendly use energy resources. The book covers various technologies including Osmotic Technology, Thermoelectric Technology, Photovoltaic Technology, Vortex Technology, and Cold Nuclear Fusion Technology. Each chapter also includes questions to enhance learning and practice.

“Photoelectrochemical Water Splitting: Standards, Experimental Methods, and Protocols (SpringerBriefs in Energy)” Book Review: This book explains the methods used to develop and study materials for photoelectrochemical (PEC) applications. It covers topics such as evaluating material performance, setting up testing cells, and preparing materials for assessment. The book also provides guidance on conducting experimental measurements to obtain reliable results and improve scientific understanding. Each technique is explained, including the steps involved, advantages and limitations, and how to interpret the data. Researchers already working in or interested in entering the field of PEC water splitting will find this book helpful.

“Energy Harvesting Technologies” Book Review: This book offers insights into the recent advancements in energy harvesting. It is written in a clear and organized manner, explaining the fundamental principles of designing and creating bulk energy harvesting systems. It covers topics such as MEMS-based vibration energy systems, providing theories and design guidelines for efficient electronic devices. The book is highly recommended for researchers and engineers working on power sources, sensor networks, and smart materials. It serves as a valuable resource to gain knowledge in these areas.

“Energy Conservation in the Process Industries (Energy Science and Engineering)” Book Review: This book provides insights into identifying important developments in energy efficiency. It explains how these principles can be practically applied for maximum advantage. The book is divided into 12 chapters, starting with an overview of the energy situation and an introduction to thermodynamics. It presents a step-by-step approach to enhance energy usage, including understanding energy flow and calculating losses. The text covers topics like improving facilities by considering the overall energy system. It also discusses basic equipment enhancements and more advanced design procedures. The book includes guidelines, checklists, and useful information for conserving energy. It is primarily designed for engineers, researchers, and accountants in the mechanical, process, and plant fields.

“Energy Conservation in the Chemical and Process Industries” Book Review: This book features interviews with key individuals from companies, organizations, and government bodies to explore the relationship between the industry and the government. It focuses on the challenges arising from decisions made by the European Community. Additionally, it examines how national governments and the industry interact, providing insights into the current developments in this significant growing industry. The book also discusses the effects of internationalization on the cooperation between the government and the industry.

“Surfactants and Colloids in the Environment (Progress in Colloid and Polymer Science)” Book Review: This book tells you about what happened during a meeting of the German Colloid Society in 1993. The meeting took place at the Research Center of Jülich in Germany. The book mainly talks about how colloid chemistry is important for studying the environment. It explains how particles and surfaces behave in the environment and how colloid science can help solve environmental problems. Overall, it’s a useful book for understanding and addressing environmental issues.

“Contaminants in Terrestrial Environments (Springer Series in Physical Environment)” Book Review: This book is about ecology and how it connects the earth and life sciences together. It explores how chemicals can affect the air and the ecosystems on land. The book also talks about the specific conditions and limits of the methods used to study this. It covers the basics of environmental chemistry and ecology, as well as how human-made chemicals move through the air. It also explains how these chemicals interact with the soil and plants in ecosystems. The book includes topics like how pollutants affect materials and a summary of models that predict what happens to chemicals in the environment.

“Waste Disposal and Evaporites: Contributions to Long-Term Safety (Lecture Notes in Earth Sciences)” Book Review: This is a comprehensive book that explores the topic of waste disposal and its relationship to evaporites. The book covers various aspects of waste disposal, including the geological, geochemical, and hydrological processes involved in the formation and behavior of evaporites. It also delves into the long-term safety considerations for waste disposal in evaporite formations. With in-depth chapters and contributions from experts in the field, this book serves as a valuable resource for researchers, professionals, and students studying waste management and geological sciences.

“Industrial Energy Conservation Techniques Concepts, Applications and Case Studies” Book Review: This book is all about Energy Conservation Systems that can be used in many different industries. It’s meant for technical professionals and students who want to learn about energy systems. The book is easy to understand and includes real-life examples, called Case Studies, that show how the concepts can be applied in different industries. It explains the principles and includes illustrations and case studies based on actual energy audits done in various industries. The book covers topics related to both heat and electricity engineering and includes practical examples of how these systems can be used.

“Energy Management and Conservation” Book Review: This is an informative book that focuses on the principles and practices of energy management and conservation. It covers various topics related to energy efficiency, renewable energy sources, and sustainable practices. The book includes chapters on energy auditing, energy conservation in industries, energy-efficient lighting systems, and energy management in buildings. It also discusses the role of government policies and regulations in promoting energy conservation. With its comprehensive coverage and practical approach, this book is a valuable resource for students, professionals, and individuals interested in energy management and sustainability.

“Energy Management, Audit and Conservation” Book Review: This book is good for students studying engineering, business administration (BBA), energy management, and public systems management. It can also be useful for consultants, non-governmental organizations (NGOs), energy producers, refining companies, electricity suppliers, and industries that use a lot of energy. The book covers different topics like energy resources, energy economics, energy analysis, energy management, energy audits, and energy conservation.

“Energy Systems and Sustainability: Power for a Sustainable Future” Book Review: This book takes a broad approach and looks at energy from different perspectives around the world. It explores the economic, social, environmental, and policy issues that arise from how we use energy today. It also explains the important physical and engineering aspects of energy. The book covers basic energy concepts and discusses the different levels of human energy needs. It provides an overview of the main sources of commercial energy like fossil fuels, nuclear power, hydroelectricity, and traditional biofuels. The book explains how the costs of energy are calculated and the challenges of considering the “external” costs of energy production. It also addresses sustainability concerns related to fossil fuels and nuclear energy and suggests ways to improve technology and society.

“Energy: The Conservation Revolution (Modern Perspectives in Energy)” Book Review: This book provides a detailed and easy-to-understand study of energy in the United States. It emphasizes that improving energy efficiency should be the top priority for policymakers. The book examines why previous studies often predict high energy consumption in the future. It covers topics like energy resources, their importance both internally and externally, and the amount of energy that can be obtained from these resources. By looking at these factors, the book helps analyze the economic and social benefits of energy conservation options.

“Practical Boiler Operation Engineering and Power Plant” Book Review: This book provides updated information about the important processes involved in thermal power plants. It focuses on practical guidance for dealing with normal and emergency situations when operating the plant. The book covers topics like boilers, steam turbines, and other auxiliary systems in a way that’s easy to understand. It explains real-life situations related to operation, commissioning, maintenance, electrical systems, and instrumentation in a power plant. The new edition includes a chapter on the environmental and safety aspects of thermal power plants. It also has new sections about softeners, water treatment for supercritical boilers, and different operating modes for supercritical boilers. Additionally, there’s an appendix with important information about power generation.

“Mars: Prospective Energy and Material Resources” Book Review: This is a fascinating book that explores the potential energy and material resources available on Mars. Authored by imusti, the book delves into various chapters that cover topics such as the geology of Mars, potential water resources, the presence of minerals and metals, and the possibilities of extracting energy from Mars. It also discusses the challenges and technologies required for future human colonization and resource utilization on the Red Planet. This book is an essential read for space enthusiasts, researchers, and anyone interested in the exploration and utilization of extraterrestrial resources.

“Asteroids: Prospective Energy and Material Resources” Book Review: This book is all about studying the energy and material resources that asteroids may have. It covers topics like exploring and using asteroids. The book suggests different technologies and solutions for problems related to asteroids. It’s a good source of information for experts who are working on asteroid-related projects. The book is written for researchers, engineers, and businesspeople who are interested in exploring and using asteroids. Some of the main keywords discussed in the book are asteroids, asteroid exploration, and asteroid exploitation.

“Textbook on Energy Resources Management” Book Review: This is a textbook that teaches about energy resources and how to manage them. It has the most up-to-date information and helpful guidelines. The book is written in a way that’s easy to understand. It covers a wide range of topics related to energy resources and management. The book is divided into ten sections, each focusing on different aspects of energy resources and management. It includes all the resources you need for energy resource and energy management courses.

“Heat Treatment: Principles and Techniques” Book Review: This book covers everything you need to know about heat treatment. It talks about how to treat different types of metals like steel, cast iron, and non-ferrous metals to make them stronger and more useful. It also explains the nature of metals and alloys, the principles of heat treatment, and different heat treatment processes. The book discusses possible problems that can happen during heat treatment and how to fix them. It also covers inspection and quality control in heat treatment. The book is meant for students studying metallurgy at the undergraduate and postgraduate levels. It’s also useful for students studying mechanical, production, and chemical engineering. Additionally, it’s a good reference book for practicing engineers.

“Clean Disruption of Energy and Transportation: How Silicon Valley Will Make Oil, Nuclear, Natural Gas, Coal, Electric Utilities and Conventional Cars” Book Review: This book talks about a disruptive technology that is similar to how cell phones, the Internet, and personal computers changed industries like landline telephony, publishing, and mainframe computers. Just like those technologies transformed the way we access information, this disruptive technology will transform the energy industry by making energy abundant, cheap, and accessible to everyone. The review emphasizes that this disruption is inevitable and will happen quickly. It also highlights how the traditional ways of energy and transportation are being replaced by information technology and knowledge-based approaches.

“Availability of World Energy Resources” Book Review: The book discusses the significance of energy as a major theme in the 1980s. It mentions twelve patterns that will have a significant impact. These patterns are interconnected and include factors like limitations on oil and gas supplies, the understanding by industrialized nations that energy will be scarce and expensive, and the actions taken to improve the situation by exploring new energy sources. The review also highlights the balance of energy supply and demand in planned economies, the growth of developing countries like China, and the development of unconventional fuel sources. The book focuses on ongoing issues in the energy field and how they will be discussed in various meetings and through different forms of media.

“World Energy Assessment: Energy and the Challenge of Sustainability” Book Review: This textbook explores the effective use of energy for sustainable development. It is divided into four parts: “Energy and major global issues,” “Energy resources and technological options,” “Are sustainable futures possible?” and “Where do we go from here?” The book starts with an introduction to energy, covering topics like sustainable energy development, the evolution of energy systems, energy prices and taxes, and energy investments. It then delves into detailed discussions, data, and statistical analysis related to each part. Throughout the book, conclusions are drawn based on thorough discussions and analysis in different chapters. This textbook is beneficial for both students and professionals seeking knowledge in this field.

“Global Energy Perspectives” Book Review: This book offers insights into long-term energy perspectives and how our decisions today can shape future opportunities. It presents a comprehensive analysis based on studies conducted by IIASA and WEC, providing important results for readers to grasp long-term perspectives, near-term energy strategies, and their implications. The book includes detailed modeling and a wide range of regional assessments. Some of the chapters cover topics such as global energy needs throughout history, factors influencing future energy systems, alternative energy system options, and their implications. With its in-depth analysis and valuable information, this book is a valuable resource for understanding the energy landscape and making informed decisions.

“Thirst for Power – Energy, Water, and Human Survival” Book Review: This textbook provides a comprehensive examination of the interdependence between energy and water. It delves into the relationship between these two resources, exploring how addressing water issues can offer solutions to energy crises, and how limitations in one can impact the other. The book aims to find answers to these questions and more, presenting nine chapters that combine technical and non-technical discussions. Topics covered include the importance of water for a prosperous and healthy society, the role of energy in water management, the reciprocal relationship between water and energy, and the constraints faced in both sectors. With its informative chapters, this book offers valuable insights into the complex dynamics between energy and water.

“Energy: Over Development and the Delusion of Endless Growth” Book Review: This textbook critically examines the environmental impacts caused by the increasing energy demands, encompassing both renewable and non-renewable sources. It highlights the hazardous and uncontrollable consequences of energy waste accidents, such as oil spills, nuclear incidents, and various energy generation plants like coal mining, wind farms, and solar power plants. The book emphasizes the adverse effects on different components of the environment, including wildlife, sensitive ecosystems, water bodies, and deserts. With impactful visuals, it brings together the insights of thirty leading experts in the field. Furthermore, the book advocates for a better future by promoting guiding principles such as a resilient energy economy that prioritizes health, biodiversity, and sustainability. This engaging book appeals to a wide range of readers interested in exploring these important environmental issues.

“Renewable Energy Technologies: A Practical Guide for Beginners” Book Review: This book is designed to guide beginners in the field of renewable energy technologies, starting from the basics. It explains the fundamental concepts and the energy conversion processes involved in various renewable energy equipment, such as solar PV systems, solar water heaters, and wind mills. The book also explores different system configurations, applications, and factors like cost and system size. It provides a step-by-step design procedure for creating a renewable energy system based on specific requirements and cost estimates. Each chapter includes a variety of problems to help readers grasp the concepts effectively. Topics covered in the book include Solar Radiation, Solar Thermal Technology, Solar PV Technology, Wind Energy, Biomass Energy, and more. It serves as a valuable resource for those seeking to understand and utilize renewable energy.

“Renewable Energy Resources” Book Review: This textbook is designed for undergraduate students in physical sciences and engineering. It emphasizes the scientific understanding and analysis of renewable energy. The book covers important concepts including heat transfer, solar radiation, fluid mechanics, hydro power, biofuels, wave energy, tidal power, and geothermal energy. Each chapter begins with the fundamental theory and then explores practical applications. Practice problems are provided at the end of each chapter to reinforce learning. The book also includes a list of important formulas for quick reference. It serves as a valuable resource for understanding the fundamental principles of physical sciences, which remain constant even as new technologies emerge in the industry.

“Energy Efficient Buildings in India” Book Review: This informative textbook is a valuable resource for professional designers, builders, and planners who aim to create energy-efficient buildings that are in harmony with the environment. The book is divided into different parts based on the various climate conditions found in our country. Each climate category provides design recommendations, procedures, and steps specific to that region. The book explores a range of methods to achieve overall energy efficiency, including the use of low-energy construction materials, innovative application of passive solar architectural principles, and integration of renewable energy systems. It showcases 41 real-life projects undertaken in the country, accompanied by extensive surveys and analysis. Some notable projects featured in the book include MLA Hostel in Shimla, Baptist Church in Chandigarh, and Bidani House in Faridabad.

“Energy Resources and Environment” Book Review: This textbook explores the detrimental effects of different forms of energy, such as coal, petroleum, and natural gas, on the environment. It delves into the technologies employed for energy conversion and provides explanations of the fundamental physics concepts involved in these processes. The book covers a wide range of topics, including energy concepts, thermodynamics principles, energy sources and technologies, energy statistics, and biology energy. With its broad scope, the book caters to a diverse audience including scholars, practicing engineers, administrators, and students. It serves as a valuable resource for understanding the environmental impacts of various energy sources and the underlying principles of energy conversion.

“Nuclear Energy (Energy and the Environment)” Book Review: This textbook delves into the physics and technology involved in energy production, reactor design, nuclear safety, and the complex relationship between nuclear power and nuclear proliferation. It also offers a comparative analysis of nuclear policies adopted by Germany, the United States, and France. With chapters dedicated to topics such as the history of nuclear power, the physics of nuclear fission, reactor fuel, reactor design, reactor safety, and spent fuel, the book provides comprehensive coverage of the subject. By drawing important conclusions from these comparisons and studies, the book enhances readers’ understanding of nuclear energy and the policies that shape its usage.

“Energy Technologies and Economics” Book Review: This textbook provides a user-friendly approach to understanding key energy technologies from both physical and economic viewpoints. It starts by offering background theory on the physics and economics of energy, and then delves into the exploration of major energy technologies including fossil fuels, nuclear power, and renewable energy sources. The book examines the technical and economic feasibility of achieving a sustainable energy supply for the world by 2050. With numerous examples and exercises at the end of each chapter, this textbook presents a comprehensive understanding of the physics and economics of energy. It is suitable for graduate students and professionals interested in the field of energy.