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Floating Offshore Wind Farms (Green Energy and Technology) de Laura Castro-Santos,Vicente Diaz-Casas

Descripción - Críticas “This new book … explores the safe and economical extension of this technology far into the ocean, which is believed to be a major source of renewable energy. … a number of valuable references are presented for those who may require further, relevant material on the subject. This title is an excellent reference for research on wind power and a valuable tool for a course on renewable energy. Summing Up: Recommended. Upper-division undergraduates through professionals and practitioners.” (J. Tavakoli, Choice, Vol. 54 (2), October, 2016) Reseña del editor This book provides an overview of floating offshore wind farms and focuses on the economic aspects of this renewable-energy technology. It presents economic maps demonstrating the main costs, and explores various important aspects of floating offshore wind farms. It examines topics including offshore wind turbines, floating offshore wind platforms, mooring and anchoring, as well as offshore electrical systems. It is a particularly useful resource in light of the fact that most water masses are deep and therefore not suitable for fixed offshore wind farms. A valuable reference work for students and researchers interested in naval and ocean engineering and economics, this book provides a new perspective on floating offshore wind farms, and makes a useful contribution to the existing literature. Contraportada This book provides an overview of floating offshore wind farms and focuses on the economic aspects of this renewable-energy technology. It presents economic maps demonstrating the main costs, and explores various important aspects of floating offshore wind farms. It examines topics including offshore wind turbines, floating offshore wind platforms, mooring and anchoring, as well as offshore electrical systems. It is a particularly useful resource in light of the fact that most water masses are deep and therefore not suitable for fixed offshore wind farms. A valuable reference work for students and researchers interested in naval and ocean engineering and economics, this book provides a new perspective on floating offshore wind farms, and makes a useful contribution to the existing literature. Biografía del autor Laura Castro-Santos obtained the title of Industrial Engineering (Energy) in 2009 and her PhD in Industrial Engineering at the Naval and Oceanic Engineering Department in 2013 from the University of A Coruña, where she is currently working as Lecturer in the Department of Naval and Oceanic Engineering. Her current research activities are focused on technical and economic analysis of offshore energy, particularly the floating offshore wind energy. She has collaborated on several research projects focused on mooring and anchoring of offshore renewable energy devices and on the development of the roadmap of the offshore renewable energies in Portugal. She has participated in several international research exchanges: National Energy Laboratory (LNEG), and Centro de Engenharia e Tecnologia Naval (CENTEC) of the University of Lisbon, both in Lisbon (Portugal). She has assisted to a great quantity of teaching and offshore renewable energy courses and international conferences. She has won the research prize “González-Llanos” of naval engineering. Vicente Diaz-Casas is currently an Associate Professor in the Department of Naval and Oceanic Engineering of the University of A Coruña (Spain). His academic and research activities have been strongly linked to the Engineering School of the University of A Coruña (Spain). He received his Master in Naval Architecture and Marine and Offshore Engineering from that university and his Ph.D in Mathematical Methods and Numerical Simulation in Engineering and Applied Sciences through an interuniversity program of University of Santiago de Compostela, University of Vigo and University of A Coruña. He has participated in several international and national research exchanges: Center for Advanced Studies, Research and Development in Sardinia (Sardinia, Italy), University of Auckland (Auckland, New Zealand), Instituto Superior Tecnico, (Lisbon, Portugal), Polytechnic University of Madrid (Madrid, Spain) and CEHIPAR, Towing tank and ship hydrodynamics laboratory of the Spanish Government (Madrid, Spain). He has worked closely with industry; in fact he is currently the coordinator the Naval Architecture division of the Research Group. He has participated in a high number of multidisciplinary and border line research projects. In his research he has combined different approaches and knowledge areas with topics such as artificial intelligent (artificial neural networks and evolutionary computation), computational fluid dynamics, mechanical design and control systems. However his main research topics are ship design and floating structures simulation. Right now his research is focused on simulation and design of floating platform for offshore wind turbines.

Offshore wind floating wind technology s3 offshore wind farms floating wind has the potential to be a costeffective, secure and safe lowcarbon energy source which could deliver a levelised cost of energy of less than 85mwh from the mid2020s to deliver improved costs, offshore wind needs access to good quality wind resource close enough to shore and the onshore grid system so Offshore wind power and farms ge renewable energy recognizing this offshore wind energy potential, ge has invested more than 400 million to develop the most powerful offshore wind turbinean investment that will also drive down offshore wind farms levelized cost of energy lcoe, helping make offshore wind energy more competitive for our customers Offshore wind energy technology wiley online books a comprehensive reference to the most recent advancements in offshore wind technology offshore wind energy technology offers a reference based on the research material developed by the acclaimed norwegian research centre for offshore wind technology nowitech and material developed by the expert authors over the last 20 yearsthis comprehensive text covers critical topics such as wind energy

Offshore from fixed to floating wind farms dtu wind energy offshore wind energy wind turbine technology research sections offshore from fixed to floating wind farms 1822 november 2019 venue dtu wind energy, risø campus, roskilde this 5day winter school will focus on advances in offshore floating wind within the following range of topics Floating offshore wind energy the next generation of this book provides a stateoftheart review of floating offshore wind turbines fowt it offers developers a global perspective on floating offshore wind energy conversion technology, documenting the key challenges and practical solutions that this new industry has found to date drawing on a The future of offshore wind floating wind farms energy floating offshore wind foundations unlock new renewable energy potential average wind speeds are higher and more consistent further from shore and around 80 of europes offshore wind resources is located in waters of more than 60 meter depth, where bottomfixed offshore wind structures are not economically attractive

Detalles del Libro

• Name: Floating Offshore Wind Farms (Green Energy and Technology)
  
• Autor: Laura Castro-Santos,Vicente Diaz-Casas
  
• Categoria: Libros,Ciencias, tecnología y medicina,Tecnología e ingeniería
  
• Tamaño del archivo: 18 MB
  
• Tipos de archivo: PDF Document
  
• Idioma: Español
  
• Archivos de estado: AVAILABLE
  

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Floating offshore wind vision statement 6 floating offshore wind vision statement june 2017 windeurope 11 benefits and potential fow allows power generators to tap into areas with much higher wind speeds at farther distances from the shore, the wind blows stronger and its flow is more consistent Offshore wind turbines foundations iberdrola offshore wind power projects are used to exploit the potential of wind in open seas, where wind blows stronger than on land however, the installation of offshore wind farms is a complex task the biggest problem lies in elevating wind turbines and substations above the sea level and anchoring them to the sea bed Proven technology advances floating wind energy offshore classified as a form of solar energy, wind is a clean and sustainable fuel source but there are challenges associated with wind energy development, and many of those are compounded when the installations are offshore nearly 10 years ago, principle power took on the challenge of developing a floating foundation for offshore wind turbines

Floating offshore wind 2019 7,000 gw power technology floating offshore wind is a fast evolving technology with the potential for less foundation material, shortened installation cycle and decommissioning, and additional wind power generation at water depths exceeding 50 metres to 60 metres Offshore wind energy technology wiley a comprehensive reference to the most recent advancements in offshore wind technology offshore wind energy technology offers a reference based on the research material developed by the acclaimed norwegian research centre for offshore wind technology nowitech and material developed by the expert authors over the last 20 years this comprehensive text covers critical topics such as wind energy Floating offshore wind energy around 80 of the offshore wind resources is located in waters of more than 60 meter depth, where bottomfixed offshore wind bfow is not economically attractive in addition, average wind speeds are higher and more consistent further from shore this means floating offshore wind farms can produce more energy throughout the year and have high

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