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7 books on Wave Energy [PDF]
Updated: April 26, 2024 | 26 |
Books on Wave Energy serve as indispensable resources for startups focused on harnessing the power of ocean waves for clean energy production. These resources provide a comprehensive foundation, covering various aspects of wave energy technology, including wave energy converters, resource assessment, grid integration, and environmental considerations. They delve into advanced concepts such as oscillating water columns, point absorbers, and wave farm design, emphasizing the importance of sustainable and efficient wave energy solutions. Moreover, these books often include practical examples, case studies, and best practices, enabling startups to understand the complexities of wave energy projects and adapt these solutions to real-world applications.
1. Ocean Energy
2016 by Laura K. Murray
Diving into the world's oceans, tides perpetually surge with energy. In 'Ocean Energy,' delve into the ingenious methods scientists employ to tap into this perpetual motion, converting it into clean electricity. Explore real-world applications of ocean energy and peer into the future of this transformative technology. Accessible text, vibrant visuals, and informative supplementary material provide a comprehensive perspective on this topic. The book includes a structured table of contents, illuminating infographics, a user-friendly glossary, additional reference materials, and a helpful index. Designed in alignment with Common Core Standards and corresponding state standards, this publication from Core Library, an imprint of Abdo Publishing, delivers an engaging exploration of ocean energy.
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2. Handbook of Ocean Wave Energy
2016 by Arthur Pecher, Jens Peter Kofoed
This handbook provides a succinct and application-focused reference guide to the ocean wave energy field. Its ten chapters emphasize fundamental principles, delve into crucial engineering aspects, and provide comprehensive insights into the techno-economic evaluation of wave energy converters. Presented in an accessible writing style, the book addresses inquiries pertinent to individuals with diverse backgrounds, including developers, investors, students, and researchers. As such, it serves as a valuable resource for both newcomers and seasoned professionals within the wave energy sector.
Download PDF
3. Electricity from Wave and Tide: An Introduction to Marine Energy
2013 by Paul A. Lynn
"Electricity from Wave and Tide: A Primer on Marine Energy" offers a succinct yet technically authoritative exploration of contemporary marine energy devices, all in pursuit of sustainable electricity generation. Enhanced by 165 full-color illustrations and images showcasing advanced devices, the book presents compelling case studies of the most promising marine energy developments and devices, including full-scale prototypes tested in real sea conditions, often assessed at the European Marine Energy Centre (EMEC) in Orkney, Scotland. It delves into various crucial aspects, encompassing global marine energy resources, the historical evolution of wave and tidal stream systems, the theoretical underpinnings of modern innovations, and the transformation of marine energy into grid electricity. The book caters to a diverse readership, including professionals, policymakers, and energy sector personnel seeking an introductory understanding of marine energy. Its descriptive style and technical depth also make it an ideal resource for renewable energy students and individuals interested in comprehending how marine devices can contribute to carbon-neutral electricity production in the 21st century.
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4. Ocean Wave Energy Conversion
2013 by Michael E. McCormick
This book is a valuable resource for individuals engaged in the study of renewable resources, serving as both an informative review of ocean wave mechanics and an introduction to wave energy conversion. Scientists, engineers, and innovators will find it particularly useful as it offers comprehensive physical and mathematical explanations of nine generic wave energy conversion methods, along with their applications and performance characteristics. The author, Michael E. McCormick, the Corbin A. McNeill Professor of Naval Engineering at the U.S. Naval Academy, not only covers the potential environmental impacts associated with wave energy conversion but also delves into various electro-mechanical energy conversion techniques in a dedicated section. Throughout the book, numerous worked examples are included, making it accessible to readers with limited mathematical backgrounds, while the extensive bibliography caters to those involved in research and development.
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5. Ocean, Tidal and Wave Energy: Power from the Sea
2008 by Lynn Peppas
For centuries, the kinetic energy of water has served as a source of power. Today, innovative approaches are under exploration to harness clean and sustainable energy from water resources. In this insightful book, the utilization of water movement for energy generation is extensively explored, with a specific focus on tidal and wave energy farms. Moreover, the book sheds light on the vast potential of ocean surface heat as a global energy source. Through compelling case studies, readers gain insights into the various benefits and challenges associated with these diverse forms of energy generation. A valuable teacher's guide accompanies this resource for enhanced educational support.
Download PDF
6. Ocean Wave Energy: Current Status and Future Prespectives
2007 by Joao Cruz
Ocean wave energy has reached a pivotal juncture after decades of dedicated research and development, marked by successful full-scale prototype testing at sea and the initiation of pre-commercial orders. The imminent installation of the first offshore wave farm, with more expected to follow, promises to yield energy outputs comparable to traditional wind farms, offering a viable alternative for renewable energy generation. This advancement aligns with the longstanding human aspiration to harness the formidable power of ocean waves. "Ocean Wave Energy: Current Status and Future Perspectives" serves as a comprehensive compilation of contributions aimed at providing readers with an up-to-date and global overview of ocean wave energy conversion. Authored by respected figures in the wave energy community, each chapter offers insights into various technologies, collectively presenting a comprehensive snapshot of the field's current state. The book refrains from endorsing any specific technology, leaving such determinations to the evolving market forces.
Download PDF
7. Wave Energy Conversion
2003 by John Brooke
Wave energy, alongside other sources of renewable energy, is poised to play a modest yet meaningful role in fulfilling our future energy needs while mitigating pollution and global warming. This concise and pragmatic reference delves into alternative application approaches, elucidates the principles underpinning wave energy conversion, and surveys the global landscape of wave power initiatives. It delves into the potential of harnessing the energy inherent in ocean waves as a sustainable energy source, examines the requisite power transfer mechanisms, and assesses the associated environmental ramifications.
Download PDF
How to download PDF:
1. Install Google Books Downloader
2. Enter Book ID to the search box and press Enter
3. Click "Download Book" icon and select PDF*
* - note that for yellow books only preview pages are downloaded
1. Ocean Energy
2016 by Laura K. Murray
Diving into the world's oceans, tides perpetually surge with energy. In 'Ocean Energy,' delve into the ingenious methods scientists employ to tap into this perpetual motion, converting it into clean electricity. Explore real-world applications of ocean energy and peer into the future of this transformative technology. Accessible text, vibrant visuals, and informative supplementary material provide a comprehensive perspective on this topic. The book includes a structured table of contents, illuminating infographics, a user-friendly glossary, additional reference materials, and a helpful index. Designed in alignment with Common Core Standards and corresponding state standards, this publication from Core Library, an imprint of Abdo Publishing, delivers an engaging exploration of ocean energy.
Download PDF
2. Handbook of Ocean Wave Energy
2016 by Arthur Pecher, Jens Peter Kofoed
This handbook provides a succinct and application-focused reference guide to the ocean wave energy field. Its ten chapters emphasize fundamental principles, delve into crucial engineering aspects, and provide comprehensive insights into the techno-economic evaluation of wave energy converters. Presented in an accessible writing style, the book addresses inquiries pertinent to individuals with diverse backgrounds, including developers, investors, students, and researchers. As such, it serves as a valuable resource for both newcomers and seasoned professionals within the wave energy sector.
Download PDF
3. Electricity from Wave and Tide: An Introduction to Marine Energy
2013 by Paul A. Lynn
"Electricity from Wave and Tide: A Primer on Marine Energy" offers a succinct yet technically authoritative exploration of contemporary marine energy devices, all in pursuit of sustainable electricity generation. Enhanced by 165 full-color illustrations and images showcasing advanced devices, the book presents compelling case studies of the most promising marine energy developments and devices, including full-scale prototypes tested in real sea conditions, often assessed at the European Marine Energy Centre (EMEC) in Orkney, Scotland. It delves into various crucial aspects, encompassing global marine energy resources, the historical evolution of wave and tidal stream systems, the theoretical underpinnings of modern innovations, and the transformation of marine energy into grid electricity. The book caters to a diverse readership, including professionals, policymakers, and energy sector personnel seeking an introductory understanding of marine energy. Its descriptive style and technical depth also make it an ideal resource for renewable energy students and individuals interested in comprehending how marine devices can contribute to carbon-neutral electricity production in the 21st century.
Download PDF
4. Ocean Wave Energy Conversion
2013 by Michael E. McCormick
This book is a valuable resource for individuals engaged in the study of renewable resources, serving as both an informative review of ocean wave mechanics and an introduction to wave energy conversion. Scientists, engineers, and innovators will find it particularly useful as it offers comprehensive physical and mathematical explanations of nine generic wave energy conversion methods, along with their applications and performance characteristics. The author, Michael E. McCormick, the Corbin A. McNeill Professor of Naval Engineering at the U.S. Naval Academy, not only covers the potential environmental impacts associated with wave energy conversion but also delves into various electro-mechanical energy conversion techniques in a dedicated section. Throughout the book, numerous worked examples are included, making it accessible to readers with limited mathematical backgrounds, while the extensive bibliography caters to those involved in research and development.
Download PDF
5. Ocean, Tidal and Wave Energy: Power from the Sea
2008 by Lynn Peppas
For centuries, the kinetic energy of water has served as a source of power. Today, innovative approaches are under exploration to harness clean and sustainable energy from water resources. In this insightful book, the utilization of water movement for energy generation is extensively explored, with a specific focus on tidal and wave energy farms. Moreover, the book sheds light on the vast potential of ocean surface heat as a global energy source. Through compelling case studies, readers gain insights into the various benefits and challenges associated with these diverse forms of energy generation. A valuable teacher's guide accompanies this resource for enhanced educational support.
Download PDF
6. Ocean Wave Energy: Current Status and Future Prespectives
2007 by Joao Cruz
Ocean wave energy has reached a pivotal juncture after decades of dedicated research and development, marked by successful full-scale prototype testing at sea and the initiation of pre-commercial orders. The imminent installation of the first offshore wave farm, with more expected to follow, promises to yield energy outputs comparable to traditional wind farms, offering a viable alternative for renewable energy generation. This advancement aligns with the longstanding human aspiration to harness the formidable power of ocean waves. "Ocean Wave Energy: Current Status and Future Perspectives" serves as a comprehensive compilation of contributions aimed at providing readers with an up-to-date and global overview of ocean wave energy conversion. Authored by respected figures in the wave energy community, each chapter offers insights into various technologies, collectively presenting a comprehensive snapshot of the field's current state. The book refrains from endorsing any specific technology, leaving such determinations to the evolving market forces.
Download PDF
7. Wave Energy Conversion
2003 by John Brooke
Wave energy, alongside other sources of renewable energy, is poised to play a modest yet meaningful role in fulfilling our future energy needs while mitigating pollution and global warming. This concise and pragmatic reference delves into alternative application approaches, elucidates the principles underpinning wave energy conversion, and surveys the global landscape of wave power initiatives. It delves into the potential of harnessing the energy inherent in ocean waves as a sustainable energy source, examines the requisite power transfer mechanisms, and assesses the associated environmental ramifications.
Download PDF
How to download PDF:
1. Install Google Books Downloader
2. Enter Book ID to the search box and press Enter
3. Click "Download Book" icon and select PDF*
* - note that for yellow books only preview pages are downloaded
