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5 books on Tidal Energy [PDF]
Updated: February 06, 2024 | 26 |
Books on Tidal Energy serve as essential references for startups dedicated to harnessing the power of ocean tides as a renewable energy source. These resources offer a comprehensive foundation, covering various aspects of tidal energy technology, tidal resource assessment, grid integration, and environmental considerations. They delve into advanced techniques like tidal stream generators, tidal range systems, and offshore installations, emphasizing the importance of consistent and predictable energy generation from tides. Moreover, these books often include practical examples, case studies, and best practices, enabling startups to understand the intricacies of tidal energy projects and adapt these solutions to real-world applications.
1. Wave and Tidal Energy
2020 by Carlos Guedes Soares, Matthew Lewis
Growing concerns related to energy supply and the pressing issue of climate change have spurred the implementation of renewable energy targets on a global scale. In this context, marine renewable energy emerges as a promising avenue for reducing greenhouse gas emissions and addressing the challenges posed by climate change, all while fostering a thriving high-tech industry. The conversion of wave and tidal energy into electricity offers numerous advantages, and practical installations of individual tidal and wave energy devices have successfully demonstrated their viability, with plans for commercial arrays taking shape worldwide. Over the past few years, the wave and tidal energy sector has witnessed rapid development, making it opportune to assess current research achievements and chart the course for future endeavors. This book delves into methods aimed at enhancing our comprehension of the resource and the intricate interplay between energy extraction, the resource itself, and the environment. It explores various facets, including resource characterization (encompassing electricity generation potential), design considerations (e.g., addressing extreme and fatigue loads), and environmental impacts, spanning diverse timeframes (from turbulence to decades) and spatial scales (ranging from individual device and array dimensions to larger shelf sea contexts).
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2. Harnessing Wave and Tidal Energy
2016 by Nancy Dickmann
In recent years, the escalating threat of hurricanes and tsunamis due to global warming has become a cause for concern worldwide. Paradoxically, within these very waters lies a potential solution for cleaner and more sustainable energy sources. Within the pages of this book, readers will embark on a journey exploring humanity's intricate relationship with the vast realm of waves and tidal energy resources. The expedition will lead to the discovery of the world's most prominent tidal range, found in the Bay of Fundy, and extend into the open waters where innovative Ceto devices operate discreetly beneath buoys. Along the way, engaging fact boxes provide captivating morsels of information designed to captivate even the most hesitant readers, while vivid photographs shed light on the intricacies of wave-harnessing technologies. This information-rich volume promises to make a significant impact in any science curriculum, providing valuable insights into harnessing wave and tidal energy while addressing pressing environmental concerns.
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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 Energy: Tide and Tidal Power
2009 by R. H. Charlier, Charles W. Finkl
Engineers' ambitious aspirations and endeavors to replace fossil fuels with sustainable energy sources have borne fruit. Throughout history, mankind has harnessed the power of the sea to drive industrial processes, and tide and tidal energy, when combined with wave and marine wind energy, stand out as some of the most successful ventures in this endeavor. Although large-scale installations require substantial capital investment, smaller projects, especially those implemented in China, have demonstrated profitability. Following the initiation of the St Malo project in France, similar endeavors have entered active operation, benefiting from cost-cutting methods, the development of novel turbine technologies, and substantial enhancements in cost competitiveness. Tidal power holds immense potential, and this book offers an updated examination of recent advancements in oceanic energy extraction, traces the historical progression of tidal power utilization, and revisits a previous work by the author.
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
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. Wave and Tidal Energy
2020 by Carlos Guedes Soares, Matthew Lewis
Growing concerns related to energy supply and the pressing issue of climate change have spurred the implementation of renewable energy targets on a global scale. In this context, marine renewable energy emerges as a promising avenue for reducing greenhouse gas emissions and addressing the challenges posed by climate change, all while fostering a thriving high-tech industry. The conversion of wave and tidal energy into electricity offers numerous advantages, and practical installations of individual tidal and wave energy devices have successfully demonstrated their viability, with plans for commercial arrays taking shape worldwide. Over the past few years, the wave and tidal energy sector has witnessed rapid development, making it opportune to assess current research achievements and chart the course for future endeavors. This book delves into methods aimed at enhancing our comprehension of the resource and the intricate interplay between energy extraction, the resource itself, and the environment. It explores various facets, including resource characterization (encompassing electricity generation potential), design considerations (e.g., addressing extreme and fatigue loads), and environmental impacts, spanning diverse timeframes (from turbulence to decades) and spatial scales (ranging from individual device and array dimensions to larger shelf sea contexts).
Download PDF
2. Harnessing Wave and Tidal Energy
2016 by Nancy Dickmann
In recent years, the escalating threat of hurricanes and tsunamis due to global warming has become a cause for concern worldwide. Paradoxically, within these very waters lies a potential solution for cleaner and more sustainable energy sources. Within the pages of this book, readers will embark on a journey exploring humanity's intricate relationship with the vast realm of waves and tidal energy resources. The expedition will lead to the discovery of the world's most prominent tidal range, found in the Bay of Fundy, and extend into the open waters where innovative Ceto devices operate discreetly beneath buoys. Along the way, engaging fact boxes provide captivating morsels of information designed to captivate even the most hesitant readers, while vivid photographs shed light on the intricacies of wave-harnessing technologies. This information-rich volume promises to make a significant impact in any science curriculum, providing valuable insights into harnessing wave and tidal energy while addressing pressing environmental concerns.
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 Energy: Tide and Tidal Power
2009 by R. H. Charlier, Charles W. Finkl
Engineers' ambitious aspirations and endeavors to replace fossil fuels with sustainable energy sources have borne fruit. Throughout history, mankind has harnessed the power of the sea to drive industrial processes, and tide and tidal energy, when combined with wave and marine wind energy, stand out as some of the most successful ventures in this endeavor. Although large-scale installations require substantial capital investment, smaller projects, especially those implemented in China, have demonstrated profitability. Following the initiation of the St Malo project in France, similar endeavors have entered active operation, benefiting from cost-cutting methods, the development of novel turbine technologies, and substantial enhancements in cost competitiveness. Tidal power holds immense potential, and this book offers an updated examination of recent advancements in oceanic energy extraction, traces the historical progression of tidal power utilization, and revisits a previous work by the author.
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
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
