Alternative and renewable energy sources Books

Book SynopsisIn this book, the most state-of-the-art advanced model-based charging control technologies for lithium-ion batteries are explained from the fundamental theories to practical designs and applications, especially on the battery modelling, user-involved, and fast charging control algorithm design. Moreover, some other necessary design considerations, such as battery pack charging control with centralized and distributed structures, are also introduced to provide excellent solutions for improving the charging performance and extending the lifetime of the batteries/battery packs. Finally, some future directions are mentioned in brief. This book summarizes the model-based charging control technologies from the cell level to the battery pack level. From this book, readers interested in battery management can have a broad view of modern battery charging technologies. Readers who have no experience in battery management can learn the basic concept, analysis methods, and design principles of battery charging systems. Even for the readers who are occupied in this area, this book also provides rich knowledge on engineering applications and future trends of battery charging technologies.Table of ContentsI. IntroductionII. Lithium-Ion Battery Charging Technologies: Fundamental ConceptsIII. Lithium-Ion Battery Model: Fundamental TheoremIV. Model-based Fast Charging Control for Lithium-Ion BatteriesV. User-Involved Charging Control for Lithium-Ion BatteriesVI. Fast Battery Charging Control with Economic Cost OptimizationVII. User-Involved Battery Charging Control with Economic Cost OptimizationVIII. Charging Problem Analysis for Lithium-Ion Battery PacksIX. Charging Equipments for Lithium-Ion Battery PacksX. Optimal Charging Control for Lithium-Ion Battery Packs: Centralized StructureXI. Optimal Charging Control for Lithium-Ion Battery Packs: Distributed StructureXII. The Future of Lithium-Ion Battery Charging Technologies.

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Book SynopsisThis book presents recent advances in renewable energy scenarios for future Indian smart cities including technologies and devices at the scales of both experimental and theoretical models for Industry 4.0, the concept of automated and computerized industrial manufacturing and practices. The current Indian economy is inclined towards smart urban cities, but the energy deficit in modern society is not well recognized. As a result, there is an enormous need to explore alternative avenues of energy for future smart cities. Because such cities depend significantly on technologies and devices that comprise Industry 4.0, the synthesis of energy scenarios enables an understanding of the technology, applications and devices that contribute immensely to the textile, construction, cosmetics, biomedical and environmental industries, among others. These industrial areas are the key starting points for a wide range of applications, consequently becoming top priorities for science and technology policy development. Such advances already have been adopted in various contemporary services and products, especially in the fields of electronics, health care, chemicals, cosmetics, composites and energy. This book is a valuable resource for practising energy planners, citizens and professionals such as businesspeople, bureaucrats from all levels of government, employees from nongovernmental public organizations and their volunteers and other individuals who have stakes in the development of their city-region.Table of ContentsChapter 1 – Concept of Sustainable Energy System for Smart Cities Chapter 2 – Overview to renewable energy systems Chapter 3 – Advancement in Renewable Energy Scenarios Chapter 4 – Conventional methods of energy system evaluation Chapter 5 – Quantifying the amount of energy harvest Chapter 6 – Variability of energy resources at diverse scale Chapter 7 – Feasibility analysis of an energy system Chapter 8 – Synthesis and transitions in energy systems, and policy

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Book SynopsisThis open access book surveys the development of OCAC technology in the last decade for solid fuel conversion in fluidized beds. The scientific concerns, including combustion and emission characteristics, ash-related problems, OC aging, and so on, are summarized and analyzed. Beyond this, new concepts like OCAC with Oxy-PFBC, OCAC coupled with staged fuel conversion, OCAC in rotatory kilns and multi-functional OCAC are proposed, so as to promote the applications of OCAC to various fields in the future. Moreover, this book also outlines the perspectives for future research and development of OCAC. As an emerging technology, extensive studies and investigations are still necessary to fill in the gap from the fundamental understanding of the technology to its industrial demonstrations. Nevertheless, we believe that this book provides novel insights for the readership of energy and combustion and stimulate meaningful follow-on research on OCAC technology.Table of ContentsIntroduction.- The evolution of OCAC and its basic working principles.- OCAC for fuel conversion without CO2 capture.- OCAC technology in oxy-fuel combustion for carbon capture.- New concepts for OCAC in other applications.- Perspectives on future research.- Conclusions.

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Book SynopsisThis book highlights the outstanding role of hydrogen in energy processes, where it is the most functional element due to its unique peculiarities that are highlighted and emphasized in the book. The first half of the book covers the great natural hydrogen processes in biology, chemistry, and physics, showing that hydrogen is a trend that can unite all natural sciences. The second half of the book is devoted to the technological hydrogen processes that are under research and development with the aim to create the infrastructure for hydrogen energetics. The book describes the main features of hydrogen that make it inalienable player in processes such as fusion, photosynthesis, and metabolism. It also covers the methods of hydrogen production and storage, highlighting at the same time the exclusive importance of nanotechnologies in those processes. Table of ContentsUnique Properties of Hydrogen. Hydrogen Bond. Hydrogen in Nuclear Fusion. Photosynthesis. Hydrogen in Metabolism: Oxidative Respiration. Biohydrogen Production. Hydrogen Production via Water Splitting under the Action of Light. Conventional Methods of Hydrogen Production. Hydrogen Fuel Cells. Hydrogen Storage. Production of Atomic Photochemical Hydrogen and Photoinjection of Hydrogen in Solids.

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Book SynopsisTraditional Life Cycle Analysis (LCA) methodologies affect the public health and environmental impacts from a material, product, process or activity. The authors of this book suggest that a more holistic approach that incorporates societal and behavioral dimensions will create better results. They discuss how to develop an adaptive framework that would include a wider range of perspectives and disciplines. The book will also include discussions about "Technological Black Swans," trading zones, ethics, behavioral nanotechnology, governance, risk, green design, tools for practitioners, and conclude with a chapter presenting a "strategic outlook."Trade Review"Fact or fiction? This book is a great introduction to social behavior and the science aspects of technology-orientated people like me. The first two chapters present plausible fictional role-playing scenarios of the decisions the public could encounter when nanotechnology comes into their homes.The other chapters provide in-depth novel approaches on how to look at future impacts of nanotechnology that will impact a variety of stakeholders."—Prof. Paul Westerhoff, Arizona State University, USA"The last century has witnessed the evolution of technologies from vacuum tubes to semiconductors to nanomaterials. Unlike previous technologies, the spiral on innovations in nanotechnology has demonstrated unique applications that were previously impossible to attain by other means. Yet, there is growing concern about environmental impacts of nanomaterials, and thus the subject of life cycle analysis of nanomaterials and products employing nanomaterials is extremely engaging. The book by Gorman, Savage, and Street is very timely as it deals with topics as indispensable as water, mining, human health, to name just a few. The various contributions in this edited volume provide a well-balanced view and critical life cycle analysis of nanomaterials, which is useful for technologists, policy makers, and concerned citizens."—Prof. Ashok Vaseashta, Institute for Advanced Sciences Convergence & Int'l Clean Water Institute, NUARI, VA, USA and VTT/AVC, U.S. Department of State, Washington DC, USATable of ContentsUsing Nanotechnology to Filter Water: A Hypothetical Case Study. Nanotechnology for Human Health. Assessing Emerging Technology Systems: Why LCA Fails. Technology Mandates and Socio-Behavioral Life Cycle Assessment. Issues in Life Cycle Risk Assessment: The Way Ahead. Organizational Capability Life Cycles for Responsible Innovation. Socialis Commodis and Life Cycle Analysis: A Critical Examination of Uncertainty. Who Let the "Social Scientists" into the Lab? What Are the Factors Affecting Anthropogenic Phosphorous Loss? A Case Study of Chaohu Watershed in Central China. Life Cycle Assessment and the U.S. Policy-Making Context. Unexpected Appropriations of Technology and Life Cycle Analysis: Reframing Cradle-to-Grave Approaches. Surface-Friendly Urban Mining.

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Book SynopsisThe impending energy crisis brought on by the running out of finite and non-homogenously distributed fossil fuel reserves and the worldwide increase in energy demand has prompted vast research in the development of sustainable energy technologies in the last few decades. However, the efficiency of most of these new technologies is relatively small and therefore it needs to be increased to eventually replace conventional technologies based on fossil fuels. The required efficiency increase primarily relies on the ability to improve the performance of the functional materials which are at the heart of these technologies. The purpose of this book is to give a unified and comprehensive presentation of the fundamentals and the use and design of novel materials for efficient sustainable energy applications, such as conversion, storage, transmission, and consumption. The book presents general coverage of the use and design of advanced materials for sustainable energy applications. Thus, the book addresses all the relevant aspects, such as materials for energy conversion, storage, transmission, and consumption.Trade Review“This book is a great introduction to energy materials, and I would certainly recommend it to my students. With simple prose, useful diagrams, and essential equations, this book is not a mere summary of current energy materials applications, but a tool for students and for those working in the field. This book explores how the fundamental materials research fields of energy generation, energy storage, and energy conversion are interlinked in a complex relationship, and how this relationship must adapt to a landscape of ever-increasing world energy consumption.”--Dr. Suman-Lata Sahonta, University of Cambridge, UK“This book is a comprehensive collection of the latest advancement in the materials science research for energy applications. It comes at a unique point in time when the search for sustainable alternative sources of energy could not be more relevant. This is an interesting introduction to both conventional and exotic applications written by recognized authors in the field and also provides a solid background and in-depth discussion of various topics.” --Dr. Giorgio Ercolano, Université de Montpellier, FranceTable of ContentsIntroduction. Materials for sustainable energy applications. Energy conversion. Solar energy. Thermoelectric conversion. Piezoelectric conversion. Fuel cells. Energy storage. Batteries. Supercapacitors. Photosplitting and fuel synthesis. Hydrogen storage. Energy transmission and consumption. Superconductors. Light-emitting diodes. Solid-state refrigeration based on caloric effects.

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Book SynopsisThe book describes the industrial revolution associated with the implementation of electric power generation by photovoltaics (PV). The book’s editor and contributing authors are among the leading pioneers in PV from its industrial birth in 1954 all the way up to the stormy developments during the first decade of the new century. The book describes the dramatic events in industry between 2009 and 2013 and puts all this into perspective. It concludes that solar power is yet to strengthen its role in technology and in mainstream of the world’s economy.Trade Review"This book brings together a collection of lively, easy-to-read articles written by notable global leaders involved in the research and development of photovoltaic (PV) systems. The book is the inspiration of its editor, Prof. Wolfgang Palz, himself a true solar pioneer. In the opening chapters, Prof. Walz provides the historical context and a future vision of the world of solar power. This is followed by a compilation of contributions from numerous experts who provide entertaining and thought-provoking perspectives on PV’s history and development, including the early days of research and the gradual and, more recent, explosive growth of the technology as a global clean energy source. There are abundant stories and anecdotes about the many unique applications of PV technologies, the many scientists working to develop and market these technologies, and the key milestones in the history of this technology. This book is must reading for all who are working in the photovoltaic field and for all who are curious about the major role this technology is coming to play in our renewable energy future."—Dave Renne, President, International Solar Energy Society"Solar Power for the World is quite a remarkable book as it details from many of the original pioneers the development of solar, and in particular PV, from its early beginnings to the current time. Initially photovoltaics was thought to be, by those outside of academic circles, just an interesting phenomenon of low efficiency and expensive and suitable only for use by space vehicles. However, the early visionaries laid the foundations for the multi-billion dollar industry it is now and helped develop solar to become a mainstream power source. Without the policy contributions from people like Hermann Scheer and the extension of the technologies to take in transport and storage the vision of towards 100 percent renewables for future power could not even be envisaged. This book is a great reference on the transition of thought from research to widespread public use of solar and all the different insights necessary to make the shift to low carbon energy. It is a very useful reference."—Monica Oliphant, Research Scientist, Specialising in Renewable Energy and Residential End Use Efficiency"This book brings together a collection of lively, easy-to-read articles written by notable global leaders involved in the research and development of photovoltaic (PV) systems. The book is the inspiration of its editor, Prof. Wolfgang Palz, himself a true solar pioneer. In the opening chapters, Prof. Walz provides the historical context and a future vision of the world of solar power. This is followed by a compilation of contributions from numerous experts who provide entertaining and thought-provoking perspectives on PV’s history and development, including the early days of research and the gradual and, more recent, explosive growth of the technology as a global clean energy source. There are abundant stories and anecdotes about the many unique applications of PV technologies, the many scientists working to develop and market these technologies, and the key milestones in the history of this technology. This book is must reading for all who are working in the photovoltaic field and for all who are curious about the major role this technology is coming to play in our renewable energy future."—Dave Renne, President, International Solar Energy Society"Solar Power for the World is quite a remarkable book as it details from many of the original pioneers the development of solar, and in particular PV, from its early beginnings to the current time. Initially photovoltaics was thought to be, by those outside of academic circles, just an interesting phenomenon of low efficiency and expensive and suitable only for use by space vehicles. However, the early visionaries laid the foundations for the multi-billion dollar industry it is now and helped develop solar to become a mainstream power source. Without the policy contributions from people like Hermann Scheer and the extension of the technologies to take in transport and storage the vision of towards 100 percent renewables for future power could not even be envisaged. This book is a great reference on the transition of thought from research to widespread public use of solar and all the different insights necessary to make the shift to low carbon energy. It is a very useful reference."—Monica Oliphant, Research Scientist, Specialising in Renewable Energy and Residential End Use EfficiencyTable of ContentsList of ContributorsHymn to the SunIntroduction to Solar Power for theWorldPARTI ALIFE FOR PV: WOLFGANG PALZ’S NOTABLE ROLE IN DEVELOPMENTFROM THE EARLY DAYS UNTIL NOW1 The Rising Sun in a Developing WorldWolfgang Palz1.1 Electric Power, a Pillar of Modern Society1.1.1 Electricity in Today’s Life1.1.2 The ConventionalWorld of Electricity1.1.3 Solar PV: A Part of the New SemiconductorWorld1.2 Looking Back to Light the Future1.2.1 The Emergence of Electricity1.2.2 From the "Voltaic Pile" to the Photovoltaic Cell1.2.3 Photovoltaic Power: The First Steps1.3 Solar Power for Space Satellites1.4 First Ideas about Lighting with Solar Power1.4.1 Mutations of the Societies in the US and Europe1.4.2 A New Awareness for Solar Power1.4.3 The Oil-Price Shocks and the Nuclear Disasterof 19861.5 After the Vision: A Mountain of Challenges1.5.1 PV in the Starting Blocks in 19731.5.2 The Cost Problem: Technological Challenges1.5.3 The Chicken and Egg Problem: MassProduction1.5.4 Entrenched Energy Strategies and Politics1.5.5 Against Dominant Allocations of State Budgets1.5.6 Administrations1.5.7 Energy Pay-Back Time and Module Lifetime1.5.8 Intermittency of Supply1.5.9 Environmental Challenges1.6 Leadership1.6.1 The Pioneering Role of the US1.6.2 France: A European Solar Pioneer1.6.3 PV Start-Up in Germany1.6.4 PV Ups and Downs in Japan1.6.5 UNESCO1.6.6 The European Union1.6.7 The G81.6.8 The Energy Empire Fights Back2 Solar Power for the WorldWolfgang Palz2.1 Basics for a New Solar Age2.1.1 The Ethical Imperative of Photovoltaics2.1.2 Cost and Social Acceptance: Ingredients for aViable Energy Strategy2.1.3 PV as Part of a Holistic Approach towardsRenewable Energy Implementation and EnergyConservation2.1.4 What about the Power Plants on the Road?2.1.4.1 Car drivers and their power plants2.1.4.2 Mobilising PV for transport2.2 Driving Forces2.2.1 Aspirations of the People2.2.2 Preserving Nature and Alleviating ClimateChange2.2.3 Peak Oil2.2.4 Energy Security of Supply2.3 The Role of Stakeholders in Society2.3.1 Governments and Administrations2.3.2 Industry and Finance2.3.3 PV Costs and Benefits for Society: A SpecialRole for the Grid Operators2.4 A New Energy Paradigm2.4.1 Centralised or Decentralised PV2.4.2 What Role Can Conventional Power UtilitiesPlay?2.4.3 Communities and Regions Mastering TheirOwn Energy Supply2.4.4 The Autonomous Energy House: SolarArchitecture and the Building Industry2.5 Power for the People2.5.1 Starting a Global Strategy: 10Watts per Head2.5.2 PV for the People in the IndustrialisedWorld2.5.3 PV for the People in the Solar Belt2.6 Power for the Poor2.6.1 Getting Involved2.6.2 PV Power for the Poor in the DevelopingCountries2.6.3 Power for the Poor in the IndustrialisedCountries2.7 Power for Peace3 PV Today and ForeverWolfgang Palz3.1 Solar Power 2009–10: AWealth of Achievements3.1.1 The Global PV Markets 2009–103.1.2 Political, Financial, and Industrial Environment3.1.3 The Technology Boom Goes On3.2 Outlook3.2.1 On the Threshold of Commercial Viability3.2.2 Outlook towards 20203.2.3 PV as Part of a 100 Percent Renewable EnergyWorld3.3 ConclusionsPART II THE BEGINNING OF PV IN THE UNITED STATES4 EarlyWork on Photovoltaic Devices at the Bell TelephoneLaboratoriesMorton B. Prince5 Terrestrial Photovoltaic Industry: The BeginningPeter F. Varadi6 Bringing the Oil Industry into the PictureKarl Wolfgang B¨oer7 The Story of SunPowerRichard M. Swanson7.1 Introduction7.2 The Beginnings of Terrestrial PV7.3 My Early Years7.4 Formation of SunPower7.5 Concentrators7.6 Race Cars7.7 Optical Detectors7.8 The PV Business Takes Off7.9 Airplanes7.10 Project Mercury7.11 A New Plan7.12 Cypress7.13 Goodbye Concentrators7.14 Becoming a Manufacturer7.15 Polarization7.16 IPO7.17 PowerLight7.18 Epilog8 History of Technologies, Development for Solar Silicon CostReductionFrederick Schmid8.1 Introduction8.2 Development of HEM and FAST for Reducing theCost of SiliconWafers8.3 FAST Development8.4 Development of Technology for Reducing SiliconMeltstock8.5 Summary9 Solar Cell Development Work at COMSAT Laboratories(1967–1975)Denis J. Curtin10 The IEEE Photovoltaic Specialists ConferenceAmerico F. (Moe) Forestieri10.1 Brief History of the US IEEE PVSC and the WilliamR. Cherry Committee10.2 8th PVSC: The 1970 PVSC in Seattle,Washington,by Joseph Loferski10.3 12th PVSC: 1976 Baton Rouge, Louisiana,by Americo ForestieriPART III PV STARTING A SOLAR AGE IN EUROPE11 Initiating a Solar Revolution in GermanyHermann Scheer12 My Solar Age Started with TchernobylFranz Alt12.1 Solar Policy Is Social Policy13 Will This Work? Is It Realistic? Thoughts and Acts of aPolitical Practitioner with a Solar VisionHans-Josef Fell13.1 MyWay of Solar Thinking13.2 Being Called a Solar Do-Gooder and UnrealisticPolitician13.3 Some Important Steps of My Life Illustrate thePersistence of My SolarWay13.4 And How Is It Today?14 The Role of Research Institutes for the Promotion of PV:The Case of Fraunhofer ISE (Institute of Solar EnergySystems)Adolf Goetzberger15 PV in Berlin—How it All Began: The Story of Solon, Q-Cells.PV in BrazilStefan Krauter16 The Kick-Off PV Programme in Germany: The OneThousand PV Roofs ProgrammeWalter Sandtner17 The Story of Developing Solar Glass Fac¸adesJoachim Benemann18 PV in Europe, from 1974 to 2009: A Personal ExperienceHelmut Kiess18.1 Insight Period: 1974–198818.2 Innovation Period during the Decade 1988–199818.2.1 State of the Art in 1988: Some Details18.2.2 The Decade between 1988 and 199818.2.3 State of the Art in 1998: Some Details18.3 Innovation and Industrial Production during theDecade between 1998 and 200818.3.1 State of the Art in 2008: Some Details18.4 Epilogue19 France Did NotWant to Look for the SunAlain Li´ebard and Yves-Bruno Civel20 More Electricity for Less CO2Yves Bamberger20.1 Electric Eco-Efficient End-Uses20.2 Achieving an Ever Lower-Carbon Electricity Mixwith Nuclear and Renewables20.3 Networks: A Tool for Pooling Production andIntegrating Renewable Energies20.4 Carbon-Free Electric Mix as an Opportunity toDevelop New Industrial Facilities21 The History of Renewable Energies in the Canary Islands,Especially in TenerifeRicardo Melchior and Manuel Cendagorta22 WhyWas Switzerland Front-Runner for PV in the 90s butLost the Leadership after 2000?Thomas Nordmann23 Solar Power in Geneva, SwitzerlandPhilippe Verburgh23.1 A First-Class Solar Potential23.2 The "5 MW Solar" Project and the "SIG VitaleRange"23.3 A Sunny Future for Geneva24 The PV World Conference in ViennaWolfgang Hein25 Abandoning Nuclear in Favor of Renewable Energies: TheLife Story of Giuliano Grassi—Florence, ItalyGiuliano Grassi25.1 First Period: Beginning of My Professional Activityas Engineer25.2 Second Period: Transition from Electro-Mechanicalto Nuclear Activity25.3 Third Period: Renewable Energies25.4 Concluding RemarksPART IV PV IN ASIA: A DRAGON ISWAKING UP26 PV in Japan: Yesterday, Today and Tomorrow 417Osamui Ikki and Izumi Kaizuka26.1 History26.2 Current Status of PV in Japan26.3 New Support Framework for PV26.4 Conclusion27 Leaders of the Early Days of the Chinese Solar IndustryQin Haiyan27.1 Turning a Dream into a Reality: The Story ofHuang Ming27.2 The Richest Man in China: The Story of ShiZhengrong27.3 Internationalization and a Traditional Chinese Soul:The Story of Miao Liansheng27.4 Development Led by Technology: The Story ofGao Jifan28 Review of China’s Solar PV Industry in 2009Gao Hu29 Lighting theWorld: Yesterday, Today and TomorrowBiswajit Ghosh29.1 Light and Energy29.2 Path toward Initiatives on PV Research29.3 PV in India and International ScientificCooperation29.4 Lighting the Remote29.5 Views of the AuthorPARTV PVFOR A BETTER DEVELOPING WORLD30 Photovoltaics in the World Bank Group PortfolioAnil Cabraal30.1 World Bank Group Photovoltaics Projects30.2 Business Models for Off-Grid Service30.3 Key Lessons of Experience30.4 Guidelines for Designing Sustainable Off-GridProjects30.5 Future Support for Photovoltaics31 Illiterate Rural Grandmothers Solar-Electrifying Their OwnVillagesBunker Roy31.1 Ground-Breaking Innovation in the Field ofTechnology31.2 Sustainable Development: Now and in the Future31.3 Innovation and Its Practical Application31.4 Demystifying of 21st Century Technology in19th Century Conditions—Management, Controland Ownership in the Hands of the Rural Pooraround theWorld31.5 Present and Future Impact of Innovation: Numberof People Affected31.5.1 Renewable Energy31.5.2 Continent of Africa31.5.3 Global31.5.3.1 Providing an answer to a majorchallenge-tackling global climatechange from the community level32 Early PV Markets and Solar Solutions in South AsiaNeville Williams33 Photovoltaic Power Systems for Lifting Women Out ofPoverty in Sub-Saharan AfricaDominique Campana33.1 Solar Energy against the "Energy Poverty" Trap33.2 In Conclusion34 Promoting PV in Developing CountriesBernard McNelis34.1 Looking at Solar34.2 Into PV34.3 Into All Things Solar34.4 Into Intermediate Technology34.5 Into Africa34.6 Global Solar Pumping Programme34.7 IT Power34.8 Mali34.9 Dominican Republic34.10 China34.11 Robert Hill34.12 EPIA34.13 World Bank,Washington, Corruption34.14 Other Countries, People, Institutions34.15 Where DoWe Go from Here?PART VI PV FOR THEWORLD35 On the International Call for Photovoltaics of 2008Daniel Lincot36 AWorld Network for Solar R&D: ISESMonica Oliphant37 Three Steps to a Solar System: From 1% to 40% and 100%Harry Lehmann37.1 Equal Treatment37.2 A Further Step: Coming Out of the Niche37.3 Full Solar Supply or the "Great Transformation"37.4 Scenarios: A Look into the Present and theFuture37.5 To Sum Up I Can Say: 100% Solar System IsPossible!38 SolarBankMichael T. Eckhart38.1 Landmark Solar PV Study in 197838.2 Away from PV for 15 Years38.3 Return to Solar PV in 199538.4 World Bank 1996–199838.5 India 1996–200138.6 South Africa 1997–200238.7 Europe 1997–200438.8 ACORE 2001–Present38.9 Bonn 2004, WIREC 2008, and IRENA38.10 SolarBank Looking Forward39 Solar Power in PracticeStefan Behling40 AWorld in BlueBernd Melchior40.1 From Butterflies to aWorld in "Blue": How Did ThisHappen?40.2 New Treatment for Porous Materials to ConserveMonuments Like the Dome of Cologne40.3 Process Steps for a Treatment with theAutoclave40.4 Translucent Insulation Material40.5 My Start into Photovoltaic40.6 Changing DC Current into AC Current40.7 Diffuse Light Concentrator40.8 Tracking and Concentration Systems40.9 The ADS Concept: Autonomous, Decentralized,Sustainable40.10 The Blue Mountain40.11 ADS Robinson Club on Fuerteventura40.12 First Bungalow in theWorld Realized in ADS:"Casa Solar", Almunecar, Spain40.13 Solar Powered Container: 3000 km Trip to 7th EUPhotovoltaic Solar Conference and Exhibition inSeville, Spain, October 198640.14 A Solar Powered OrthopedicWorkshop Containerfor a Hospital in Tanzania40.15 Integration of Photovoltaic into Roofs: "Sunflate"40.16 SUNCLAY + SUNERGY: A Two-ComponentPhotovoltaic System for the Harmonic, Aestheticand Flexible Integration into the Architecture ofRoof40.17 Next Generation Photovoltaic40.18 New Generation of Solar Clay Tiles40.19 The Combination of Solar and Wind BSWT41 Factory for Sale, or the Long and StonyWay to Cheap SolarEnergy: The Story of the Thin-Film CdTe Solar Cells; FirstSolar and Others—A Semi-AutobiographyDieter Bonnet42 High Efficiency Photovoltaics for a SustainableWorldAntonio Luque42.1 Introduction42.2 The 2008 Spanish Boom42.3 A Market Forecast Model42.4 The FULLSPECTRUM Project and the ISFOC42.5 Summary43 Nonconventional Sensitized Mesoscopic (Gr¨atzel) SolarCellsMichael Gr¨atzel44 Solar Bicycles, Mercedes, Handcuffs—PlusEnergy BuildingsGallus Cadonau44.1 AWorldwide Unique Solar Decision: Tour de Sol44.1.1 CO2-free Hotel Ucliva in the Swiss Alps:1st Solarcar Race of theWorld44.1.2 Tour de Sol 1985: Solar Bicycles andMercedes Benz44.1.3 First Solarcar Driving Past an AtomicPower Plant44.1.4 Geneva—Final Stage of the 1st Tour de Sol1985: The Power of the Sun44.1.5 Tour de Sol 2 in 1986: MassachusettsInstitute of Technology in the RoadsideDitch44.1.6 Welding and Sweating Instead ofChampagne44.1.7 Strong Solar Teams from Germany and theSwiss School of Engineering Biel44.1.8 Solar Cells for "Independency" orTerrestrial PV Utilisation?44.1.9 Tour 3 in 1987: Huge Interest and"Chermobiles"44.1.10 Huge International Media Coverage44.1.11 Tour Organisation and Its Regulations44.1.12 Tour de Sol Protests and Appeals in Court?44.1.13 Solar Mountain Race: Through 360 Curvesto Arosa/GR44.2 World’s First Energy Feed-in System inBurgdorf/BE44.2.1 Tour de Sol in France: Solar Energy Insteadof Air Pollution44.2.2 World’s First Energy Feed-in System inBurgdorf/BE: "Grid Interconnection"44.2.3 The Principles of Solar Energy Use: BestTechnology or Self-Sufficiency?44.2.4 Tour de Sol 4 in 1988: PV Innovation andFinancing Are Getting Broader44.2.5 PV on Land and onWater44.2.6 Solar Energy Is Getting IncreasinglyPopular Also for Groups and Managers44.2.7 Safety, Recuperation and Road Capability inWinter44.2.8 Solar Power: A Friendly Alternative44.2.9 Tour de Sol: "A Hotbed for Solar-ElectricMobility"44.2.10 Car Makers, What Have You Done in thePast?44.2.11 Tour de Sol and the International SolarcarFederation (ISF)44.2.12 Rail 2000 and Solarcars in Double-DeckCoaches44.2.13 The Ideal SOLARCAR 2000: Emission-FreeTraffic Circulation in the 21st Century44.3 The Solar Alternative in Road Traffic:World SolarChallenge44.3.1 The Solar Alternative in Road Traffic44.3.1.1 Two hundred years after theFrench Revolution: The SolarRevolution (1989)44.3.1.2 California’s Clean Air Act,Zero-Emission Vehicles, PVProgram for 1000 kW Roofs44.3.1.3 First alpine crossing withsolarcars: The Sun conquers theGotthard Pass in 198944.3.1.4 Solarcar: A danger for 150 pigs?44.3.1.5 Alpine tests at the 1st EuropeanChampionship of AlpineSolarcars (ASEM) in 198944.3.1.6 Bea Vetterli’s solarcar in themountains: downhill with morethan 100 km/h44.3.1.7 St. Moritz: 1st ASEM finish and1st electric light in Switzerland44.3.1.8 The British and St. Moritz:Inventors of winter tourism44.3.1.9 Clean Energy St. Moritz: Theoverall energy concept44.3.1.10 Last Tour de Sol in 199144.3.1.11 Solarcar world record: 148 km/hat the ASEM 199544.3.2 World Solar Challenge in Australia andthe US44.3.2.1 FirstWorld Solar Challenge in1987: 3005 km across Australia44.3.2.2 Japan’sWaterloo at the 1st WSC:Detlef Schmitz Missed the Start44.3.2.3 The SecondWorld SolarChallenge and its dangers in theAustralian desert44.3.2.4 The "GREATEST RACE on EARTH,Creating a SOLUTION notPOLLUTION"44.3.2.5 International Solar High-TechCompetition across Australia44.3.2.6 What technology and strategywas responsible for the victory?44.3.2.7 "Spirit of Biel": 1.8 dl (Solar) fuelfor 100 km—55 times moreefficient44.3.2.8 Great suspense and an odd cup inMcLarens on the lake44.3.2.9 Detlef Schmitz: the friendly"Suitcase Man"44.3.2.10 Detlef: veteran andmisadventurer at each WSC1987, 1990, 1993, 1996, 199944.3.2.11 World Solar Challenge 1993:Japan invests millions insolarcars44.3.2.12 Honda changes its strategy forthe WSC 199344.3.2.13 WSC and Sunrayce in the US andother solar races in 199644.4 Solar Prize, Handcuffs and PlusEnergy Buildings44.4.1 Swiss Solar Prize and Handcuffs44.4.1.1 Solar utilisation: from traffic tobuilding sector44.4.1.2 "Solar 91: for an energyindependentSwitzerland"44.4.1.3 First Solar Prize 1991 for world’sbiggest solar surface perinhabitant44.4.1.4 Federal Councillor Adolf Ogi:initiative, courage and solarinstallations44.4.1.5 Handcuffs, excavators and solarelectricity44.4.1.6 Ren´e B¨ artschi: "most successfulSwiss governing councillor"44.4.1.7 Four times too much solar energyand a winter bathe44.4.1.8 European Commission, USDepartment of Energy andJapanese Industry44.4.1.9 Best integrated solarinstallations: withoutoverbuilding cultural land44.4.1.10 The solar mission of the FederalMinister of Energy44.4.2 Solar Energy on the Rise44.4.2.1 European PV Conference inand popular initiative for solarenergy44.4.2.2 European Parliament: SwissSolar Prize—model for EuropeanSolar Prize44.4.2.3 Bonn-Cologne-Brussels-Amsterdam: more solarelectricity than in Australia44.4.2.4 Federal Chancellor Vranitzkyawards 1st European Solar Prizein Vienna44.4.2.5 Chancellor Vranitzky: "CentralEurope free of nuclear powerplants"44.4.2.6 First European Solar Prize goesto successful opponent of EDF44.4.2.7 City/Charter: implementation ofthe goals of Rio on municipalitylevel44.4.2.8 Breakthrough in Parliament in1997: one CHF billion for solarenergy44.4.2.9 Ucliva Agreement: first EuropeanShell Solar factory in Switzerland44.4.3 Mephisto & Co against Solar Energy44.4.3.1 The wisdom of ArthurSchopenhauer and solar energy44.4.3.2 J.W. Goethe and "a very gooddinner"—instead of solar energy44.4.3.3 Combat against renewableenergies44.4.3.4 Millions for deception of citizens44.4.3.5 Economic war against innovativebusinesses44.4.3.6 Swiss economical functionaries:best work for the ChineseCommunist Party44.4.3.7 Do authorities harass citizensthat are loyal to the constitution?44.4.3.8 Solar energy instead ofunconstitutional bureaucracy44.4.3.9 Constitutional right for solarbuilding permit: new law withinthree months44.4.4 Market-Based Compensation forRenewable Energies44.4.4.1 Market-based compensation forbillions of fossil-nuclearsubsidies44.4.4.2 Prof. Dr. Ren´e Rhinow: best usageof revenues for measures44.4.4.3 European Court of Justice 2001:grid feed-in is not tax44.4.4.4 Democratic decision of theelectricity consumer on energyinvestments44.4.5 Best Innovative Entrepreneurs forSustainable Economy44.4.5.1 Small- and medium-sizedentrepreneurs are the mostinnovative44.4.5.2 Biogas—compo-gas: 1 kg ofbanana peel = 1 km of car drive44.4.5.3 Solar house on the FederationSquare: built in 22 hours44.4.5.4 Swiss Solar Prize for firstPlusEnergy Building44.4.5.5 Shell’s solar factory inGelsenkirchen: "we want to earnmoney"44.4.5.6 Lord Norman Foster on the 15thSwiss Solar Prize 200544.4.5.7 PlusEnergy Buildings for Alpineresort: 175% Self-Supply44.4.5.8 Energy-intensive industrialPlusEnergy Building: 125%self-supply44.4.5.9 Installed PV performance: worldleader in 1992—last in 200844.4.5.10 Sustainable economy: amateurbecomes world champion44.4.5.11 China could outrun all—economically and ecologically44.5 PEB Cover 75% ofWorld’s Energy Demand44.5.1 From Solar Collectors to PlusEnergyBuildings44.5.1.1 Conclusion of Tour de Sol, WSC aswell as Swiss and European SolarPrize44.5.1.2 Energy efficiency: "Sine qua non"of PlusEnergy Buildings44.5.1.3 PlusEnergy Buildings (PEB) witha self-supply between 100% and200%44.5.1.4 PV and refurbishment of a6-family house: energy needsreduced by 90%44.5.1.5 PV on PlusEnergy Buildings: thelevel of building technology of201044.5.1.6 PV and refurbishment of a12-family house: energy needsreduced by 93%44.5.1.7 Energy-intensive businessbuildings as PlusEnergyBuildings44.5.2 PV-PEB Cover 75% ofWorld’s EnergyConsumption44.5.3 Stanford: "Clearly, Enough RenewableEnergy Exists"44.5.4 First European Award for PlusEnergyBuildings of CHF(≈$) 100000Index

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Book SynopsisWhile the sustainability of our world is being endangered or destroyed by the misguided activities of artificial human entities, real people have begun to expand their moral sympathies sufficiently to prioritize protecting our world’s interests. They have developed a new technology—nanotechnology—that has the potential to advance human society toward a period of long-term sustainability, termed "the Sustainocene." This book comprises chapters by experts in various fields of nanotechnology and in related areas of governance under the theme of how nanotechnology can assist in the creation of the Sustainocene. The book will appeal to anyone involved in nanotechnology, macromolecular science, public policy related to sustainability, renewable energy, and climate change. Trade Review"This is a book designed to challenge the reader. Its goal is to lay out the scientific and technological hurdles that need to be understood and mastered if we are to reach the ‘Sustainocene’—a unique period in human history when human civilisation is in some form of dynamic equilibrium with the natural environment. The individual chapters capture important technologies that may help us get to the Sustainocene, such as solar energy, nuclear power, and nanotechnology. This book also highlights the often forgotten point that these technological breakthroughs will necessarily demand huge legal, social, and cultural shifts across the globe. We need to start the conversation now if we are to maintain our fragile hold on the only planet we have. That conversation starts with this book."—Prof. Paul Mulvaney, University of Melbourne, Australia"This book offers a very unique perspective on nanotechnology, and its impact on energy infrastructure of future generations. Besides discussion on the recent progress made in the nano and energy technologies, it also provides a balanced and refreshing analysis of long-term societal impact of such technologies and the potential needs for regulation. It makes a clear statement that the challenges we are facing towards a sustainable future are not just technological and scientific, but also will be economic, environmental, and social." —Prof. Peidong Yang, University of California, USATable of ContentsForeword. Nanotechnology Towards the Sustainocene. The Cosmic Context of the Millennium Development Goals: Maximum Entropy and Sustainability. Nanophotonics for Light Trapping. Growth and Characterisation of GaAs Nanowires. The Synthesis, Structure and Properties of Titania Coated Silica Nanowires. Global Health and Environmental Implications of Mimicking Biological Ion Channels Using Nanotubes. Nanostructured Materials- Implications for Information Technology. Laser Trapping of Nanoparticle Agglomerates in Air. The Bhopal Disaster and Peroxide Bombs: Nanoscale Aspects of Oscillatory Thermal Instability. Fusion Power and Nano-science Challenges for Extreme Materials. Nanotechnology, Plasma, Hydrogen From Artificial Photosynthesis and Fuel Cells: Powering the Developing World To the Sustainocene. Nanotechnology-Based Artificial Photosynthesis: Promoting Animal and Ecosystem Rights in the Sustainocene. Security Regulation of Nanotechnology Towards the Sustainocene.

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Book SynopsisThis book is a novel attempt at describing the fundamental aspects of and advancements in the field of biohythane production. The comprehensive collection of chapters is based on the fundamentals of heterotrophic hydrogen production and consequent methane production technologies. Emphasis is on the integration of two stages of a hybrid system for maximum gaseous energy generation from organic wastes, thus making the overall process economically viable. Readers get insight into the technological advancements made in the field of biohydrogen and biomethane production and the challenges involved in integrating these two technologies. The book also includes details of the microbiological, biochemical, and bioprocess aspects related to biohythane production, in addition to the applicability of this process, its socioeconomic concerns, and cost energy analysis, supplemented with illustrative diagrams, flowcharts, and comprehensive tables. It will be an ideal vade mecum for advanced undergraduate- and graduate-level students of biotechnology, microbiology, biochemical engineering, chemical engineering, and energy engineering; teachers and researchers in bioenergy, the environment, and biofuel production; and policy makers.Trade Review"This book is a comprehensive text on the use of biohythane for sustainable energy production, covering all the aspects of the topic, from simple but fundamental concepts to a detailed description of the scientific, technological, and economic issues of biohythane production and the most relevant theoretical aspects of the processes described. This book is very useful for both students approaching the topic for the first time and researchers already working in the field."—Prof. Roberto De Philippis, University of Florence, Italy "This timely book provides a comprehensive account of the scientific and technological advancements in biohydrogen and biomethane production processes and highlights the challenges involved in integrating the two. It also presents details of the microbiology, biochemistry, and bioprocess aspects of biohythane production. It will be an excellent reference book for faculty, students, and researchers in biochemical and energy engineering, as well as practicing engineers and policy makers concerned with biofuel production and formulation of policies for promoting biofuels. It is a must for the bookshelves of all those interested in R&D in the area of biofuels."—Dr. S. N. Upadayay (Professor Emeritus), Indian Institute of Technology (BHU), IndiaTable of ContentsBiochemistry of biohythane production process. Mathematical modeling and simulation of biohydrogen production processes. Mathematical modeling and simulation of biohydrogen production processes. Modeling and simulation of biomethanation process using organic wastes. Scale-up of biohydrogen production processes and Case studies. Two-stage biomethanation process for the stabilization of distillery effluents using immobilized whole cell system – A Case study. Feedstock for biohythane process. Effect of physico-chemical parameters on the biohythane process. Policy of biohythane technology.

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Book SynopsisNanoscale metallic and ceramic materials, also called nanomaterials, have held enormous attraction for researchers over the past few years. They demonstrate novel properties compared with conventional (microcrystalline) materials owing to their nanoscale features. Recently, mechanical alloying and powder metallurgy processes for the fabrication of metal–ceramic/alloy–ceramic nanocomposites with a unique microstructure have been developed. This book focuses on the fabrication of nanostructured hydrogen storage materials and their nanocomposites. The potential application of the research presented in the book fits well into the EU Framework Programme for Research and Innovation Horizon 2020, where one of the societal challenges is secure, clean, and efficient energy. Wherever possible, the authors have illustrated the subject by their own results. The goal of the book is to provide comprehensive knowledge about materials for energy applications to graduate students and researchers in chemistry, chemical engineering, and materials science.Table of ContentsIntroduction. Nanomaterial. Solid State Hydrides. Preparation Methods of Hydrogen Storage Materials and Nanomaterials. X-ray Diffraction. Atomic Force Microscopy in Hydrogen Storage Materials Research. Characterization of Hydrogen Absorption/Desorption in Metal Hydrides. Electrochemical Characterization of Metal Hydride Electrode Materials. TiFe-based Hydrogen Storage Alloys. TiNi-based Hydrogen Storage Alloys. ZrV2-based Hydrogen Storage Alloys. LaNi5-based Hydrogen Storage Alloys. Mg-3d-based Hydrogen Storage Alloys. (La,Mg)2Ni7-based Hydrogen Storage Alloys. Ni-MHx Batteries.

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Book SynopsisOverview of Hydrogen Fuel Cells.- Hydrogen Fuel Cell System Design.- Alkaline Fuel Cells.- Proton Exchange Membrane Fuel Cells.- Phosphoric Acid Fuel Cells.- Molten Carbonate Fuel Cells.- Solid Oxide Fuel Cell.- Hydrogen Fuel Cells in New Energy Vehicle Applications.- Hydrogen Fuel Cells in Defense Applications.

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Book Synopsis1. A Short Review on Recent Innovative Materials for Hydrogen Storage Revolutionising Energy Storage.- 2. Development of Low Cost Floating Platform for Solar PV Installation.- 3. Designing a Sustainable Supply Chain Network for Recycling Electric Vehicle Batteries.- 4. Predicting Interoperability at Battery Swapping Stations for Electric Motorcycles in Indonesia A Geographical, Demographic, and LSTM-Based Machine Learning Approach.- 5. The Eco-canvas of green business vehicle-electrification: A case study of electric motorcycle circular-economy business model in Indonesia.- 6. Investing in Green Bilateral Investment Treaties (BITs) Role in Malaysia’s Renewable Energy Sector.- 7. Enhancing DMFC Performance Addressing CO2 Bubble Formation and Methanol Delivery Issues.- 8. The Influence of Water Hyacinth Particle Size on the Tensile Strength and Microhardness Performance.- 9. Thermal Influence on Mechanical Characteristics of Glass Fiber Reinforced Polymer Nanocomposites Towards Sustainable Curing Process.- 10. A GIS based Assessment of Agricultural Land Use Suitability for Local Crops A Case Study at Kabuloh Region in Miri, Sarawak.

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Book Synopsis.- Experimental and Research Analysis of Aerodynamic Noise in Small Horizontal-Axis Wind Turbine Blades.- Urban High-Rise Wind Power: Feasibility Research of Building-Integrated Wind Turbine Using Axial-Flux Permanent-Magnet Generator.- Harnessing Tidal Energy through Cableway Technology: the cableKites System.- Design and Field Testing of Pelton Turbine Blades for Small-Scale Hydropower Generation in High and Low Head Flow Environments, etc.

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Book Synopsis Chapter 1: Perovskite Solar Cells- Futuristic reliable renewable energy technology .-  Chapter 2: Overcoming Intrinsic and Extrinsic Challenges in Perovskite Solar Cells: A Pathway towards Advancement .- Chapter 3: Operational Stability Management Approaches for Perovskite Solar Cells .- Chapter 4: Possible Perovskite Substitutes, Advances and Future Prospects .- Chapter 5: Pioneering the Path: Unveiling Exciting Applications for Integrated Perovskite Solar Cells.

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Book SynopsisThe book fills the existing gap in the literature on clean and hydrogen combustion technologies for industrial applications. This gas is created due to the absence of a comprehensive textbook that covers such kinds of developments. This book can be used as a textbook for graduate-level courses in the areas of clean and hydrogen combustion and as a reference book for short courses to be o?ered to mechanical and aerospace engineers and young researchers worldwide. The book chapters consider investigating clean and hydrogen combustion techniques for different applications based on experimental measurements along with detailed numerical simulations. Detailed descriptions of the different numerical models are presented for given applications to solve for the flow/flame fields, which are very important, especially for beginners and undergraduate students in the fields of clean and hydrogen combustion.

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Book SynopsisThis open access book explores the complementarity of hydropower with new energy sources such as solar and wind in the global energy transition. It analyzes the technological advantages, environmental impacts, and economic potential of combining hydropower and new energy sources, while examining the related policies and market mechanisms. Through a multidimensional approach, the book demonstrates the importance of this energy integration in improving energy system efficiency, reducing carbon emissions, and promoting sustainable development. Starting with the challenges and strategies of technology integration, the book will explore the role of smart grid management and energy storage technologies in this context, providing quantitative and qualitative assessments of the ecosystem and socio-economic impacts of such energy synergies. Valuable knowledge and practical guidance for energy researchers, policy makers and professionals in the field of sustainable development.

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Book SynopsisStructure and Control of Offshore Wind Farms Connected via VSC-HVDC.- Vector Modeling of Large-scale Offshore Wind Farms Considering Dynamic Collection Lines.- Active Energy Control of Converter Stations to Cope With Onshore Grid-Side Faults.- Enhancement Method for Grid-Side Fault Ride-Through Capability Based on Multi-Mode Matching.- Characteristics Analysis and Suppression of Onshore Valve-Side Fault.- Characteristics Analysis and Suppression of DC Submarine Cable Disconnection Fault.- Characteristics Analysis and Suppression of Offshore Wind-Farm-Side Fault.- Communication-Based Coordinated Control for Active Frequency Support.- Communication-Free Coordinated Control for Active Frequency Support.- Consensus-Based Distributed Frequency Support Control for Offshore Wind Farms.- Coordinated Frequency Support Control for Multi-AC Power Grids.

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Book SynopsisThe conference offers a forum for academic and technical communication for researchers and engineers working in the fields of energy science and technology, electrical systems, and power electronics. It conducts in-depth exchanges and discussions on pertinent subjects like new energy and electrical technology. The book aids scholars and engineers worldwide in understanding the academic development trend and expanding their lines of inquiry by disseminating the research status of cutting-edge technologies and scientific research accomplishments. It also strengthens international academic research, academic topics exchange, and discussion, and encourages the industrialization of academic achievements.

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Book SynopsisThis book presents high-quality peer-reviewed articles from the 2nd International Conference on Biomass Utilization and Sustainable Energy 2022 (ICoBiomasSE 2022) organized by the Centre of Excellence for Biomass Utilization (COEBU), Universiti Malaysia Perlis (UniMAP), Malaysia. The theme of the conference “Emerging Technology for Future Sustainability” is chosen in view of the current revolution and rapid developments in the field of biomass innovation towards sustainable development. The contents are broadly divided into five parts: (1) sustainable biomass resources for decarbonizing the economy, (2) biomass conversion technologies for bioenergy and biofuels, (3) biomass conversion to intermediates and products, (4) bioeconomy sustainability, impacts and policies and (5) bioenergy integration. It provides a platform for students, professionals, researchers, academicians, policymakers and industries working in the areas of biomass utilization and sustainable energy to solve long-standing environmental issues for a healthier planet.​Table of ContentsPhytoremediation Potential of Salvinia molesta to Reduce Ni and Cd from Simulated Wastewater.- Soil Risk Assessment on the Usage of Molasses-Based Distillery Effluent for Paddy Irrigation: Heavy Metals Content.- Effects of Soil Conditioners on Rice Growth and Soil Properties under Water Stress at Vegetative Stage.- Soil Amelioration Effects on Morphology Traits of Upland Rice Root-Shoot and Soil Productivity under Water Deficit.- Comparison of Corn and Tapioca Starch Binders on the Characteristic of Rice Straw Charcoal Briquettes.- Pretreatment of Leucaena leucocephala Using Deep Eutectic Solvent for Ethanol Production by Kluyveromyces marxianus UniMAP 1-1.- Deep Eutectic Solvent Pretreatment of Rubber Seed Shells for Cellulose and Hemicellulose Production.- Inhibition Study on the Growth of Clostridium Saccharoperbutylacetonicum N1-4 (ATCC 13564) For the Production Biobutanol in ABE Fermentation.- Thermogravimetric Analysis on Empty Fruit Bunch, Rice Husk, and Rice Straw for Feedstock in Biomass Gasification.- A Review on Enhancement of Oil Palm Solid Waste through Torrefaction.- Energy Efficiency of Briquettes from Queen Pineapple (Ananas comosus [Linn.] Merr.) Wastes Using Three Organic Binders.- Optimization of Biobutanol Production from Detoxified Palm Kernel Cake Hydrolysate by Clostridium Acetobutylicum YM1.- Mixed Matrix Membrane (MMMs) as Membrane Based Separation Technology: A Review.- Application of Machine Learning for Biogas Production from Lignocellulosic Biomass.- Utilization of Spent Coffee Ground As Adsorbent for Nitrate Removal.- Nitrate Adsorption using Spent Coffee Ground: Kinetics, Isotherm, and Thermodynamic Studies.- Impact of Power Supply on Electro-Precipitation of Nickel Hydroxide from Industrial Electronic Waste.- Optimization of Nickel Electrowinning from Simulated Watts Bath of Electronics Industrial Waste.- Bio-based Packaging Materials for Fruit and Vegetables - Current Applications and Future Trends: A Review.- Deep Eutectic Solvent-Assisted Synthesis of Nanocrystalline Cellulose Adsorbent for Silver Nitrate Removal.- Optimization of an Ultrasound-Assisted Extraction Method for Phenolic Content in Momordica Charantia Seeds and it’s Antifungal Activity Against Pleurotus ostreatus Green Mould Pathogen.- Optimization of Rice Bran Protein Extraction Using Choline Chloride-Glycerol Deep Eutectic Solvent Using Response Surface Methodology (RSM).- Traditional Paddy Farmers Perception on Bioeconomy Social Change on Adapting Internet of Things in Precision Farming.- Bioeconomy of Local Soybean Farming to Increasing Commodity Competitiveness.- Microbial Fuel Cell: Simultaneous Bioremediation and Energy Recovery Technology.- Green Renewable Energy: Microbial Fuel Cell Technology.

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Book SynopsisAs India progresses fast in the 21st century, we also face daunting challenges of energy security and climate change. Tremendous development in various sectors like industry, agriculture, transport has resulted in huge rise in demand for energy. Fulfilling these demands through conventional fossil fuel based energy generation has given rise to significant emissions (both gaseous and liquids) that have caused pollution to atmosphere and aquatic eco-systems. Use of sustainable and green (or renewable) resources and technologies offers a viable and promising solutions to these issues. Last two decades have witnessed intense research activities in Indian academic institutions on renewable energy resources. These include biofuels (both liquid and gaseous) through thermochemical and biochemical conversion of biomass, solar energy through thermal and photo-voltaic routes, wind energy and hydroelectric energy. North-East Research Conclave (NERC) – 2022 was organized by Indian Institute of Technology Guwahati with aim of bringing together researchers in diverse fields of science and technology and provide a knowledge-sharing platform to achieve sustainable development goals. This monograph contains papers presented in the session on Sustainable Energy Generation and Storage in NERC. A total of 16 papers in this monograph cover wide areas in renewable energy. The contents of this monograph will of interest to students and researchers in academic institutions as well as industry.Table of ContentsDevelopment of a Novel Drag-Based Vertical-Axis Wind Rotor Inspired from Orange Sea-Pen.- Study Of Gas-Liquid Flow In A Curved Microchannel For Sustainable Energy Application.-Design Of A Microreactor For Biodiesel Synthesis.- Development Of Reforming Catalyst For Hydrogen Production And Its Suitability For Proton Exchange Membrane Fuel Cell.- Mechanistic Aspects Of Enhanced Kinetics In Sonoenzymatic Processes Using Three Simultaneous Approaches.

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Book SynopsisThis book presents selected papers from the 8th International Conference on Advances in Energy Research (ICAER 2022), providing coverage encompassing advanced conventional energy technology, renewable and non-conventional energy technology, electric mobility, energy storage, energy, environment and society, industry innovations in energy, sector-coupled energy system, and energy education. The contents of this book are of use to researchers from not only scientific background, but also economics and anthropology. It encourages researchers to conduct research on the ways to assess and analyse the acceptance of the novel energy forms among the mass population from a financial and social perspective.Table of ContentsExperimental Investigation on Corrosive Nature of Acid Oil Biodiesel on Selected Automotive Materials.- Clear Sky and Real Sky Solar Radiation Modelling for Locations in India.- Prediction and Optimization of Thermal Conductivity and Viscosity of Stable Plasmonic TiN Nanofluid Using RSM and ANN Combined Approach for Solar Thermal Application.- From Slum to Slum Rehabilitation Housing: Comparing the Factors Affecting Energy Consumption and Environmental Satisfaction among the Low-Income Housing in Mumbai.- Experimental Investigation of Cooling Photovoltaic Panel using Turbo-Ventilator.- Thermal Performance of Multi-Tubular Sensible Energy Storage with Coil Inserts.- Modeling and Comparative Thermal Performance Analysis of a Biomass Gasifier using Different Gasifying Agents.- The Corrosion Analysis of Diesel Engine Parts on Application of Dual Biodiesel Blend.- Thermal Analysis of Multi Reflector Compound Parabolic Collector (MRCPC).- Capture and Characterization of Particulates from a Single-Cylinder Diesel Engine Fuelled with Refined Tire Pyrolysis Oil.- Estimation of Heat Generation and Thermal Behavior of Cylindrical Lithium-Ion Battery Under Natural Convection.- Numerical Investigation of the Thermal and Emissions Performance of a Hybrid Draft Biomass Cookstove.- Numerical Investigation of Melting of Layered PCM in Squared Cavity.- Electrochemical Hydrogen Storage within a Modified Reversible PEM Fuel Cell and its Performance Analysis with Interdigitated and Spiral Micro Flow Channels.- Effects of Ambient Condition on the Performance of Ammonia based Loop Heat Pipe.- Design and Development of Artificial Neural Network Based Prediction Model for Hemispherical Solar Still.

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Book SynopsisThis book contains the proceedings of the 15th KES International Conference on Sustainability and Energy in Buildings 2023 (SEB2023) held in Bari, Italy, during September 1820, 2023, organized by KES International.

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