Produktdetaljer
Biographical note
Dr. Yongqian Liu is a professor at North China Electric Power University, a founder of the Bachelor’s program 'Wind Energy and Power Engineering' in China, with 30 years of professional experience in Wind Power and Hydro Power Engineering. He also serves as the vice-president of the China Wind Energy Association and the regional editor of IET Renewable Power Generation. He has led more than 30 research projects funded by national and industrial sources, and has been honored with the Second Prize of the National Science.
Dr. Shuang Han is a professor at North China Electric Power University. Her main research focus is on wind farm technology, including wind power forecasting, wind resource analysis, and wind farm performance evaluation. As a project leader, she has led 2 projects funded by national sources and 8 industrial projects. She has published 50 SCI/EI-indexed papers and won 4 provincial and ministerial awards for scientific and technological progress. She is a member of the Wind Energy Resources Professional Group and an associate editor of the IET Renewable Power Generation Journal.
Dr. Jie Yan is a professor at North China Electric Power University. In 2020, she won the Young Elite Scientist Sponsorship Program award from the China Association for Science and Technology. She has served as an editorial board member for Renewable Energy and the IET Renewable Power Generation Journal, as the lead of IEA Wind Task 36 WP2.2, and as an expert for IEC TC/SC8A. Her main research areas encompass renewable power forecasting and wind farm operation. In the past five years, she has hosted 8 projects funded by governmental sources and 6 industrial projects.
In this book, the theory and technology of the design, construction, and operation of offshore wind farms are systematically introduced. In terms of design of offshore wind farms, the characteristics, measurement and assessment of wind resources, macro-siting, micro-siting, electrical system design, foundation structure design of offshore wind turbine units and booster stations, and technical, economic, and environmental impact analysis are introduced; In terms of construction, the transportation of offshore wind power equipment, the construction of offshore wind farms, and the management of offshore wind farm construction are introduced; In terms of operation and maintenance of offshore wind farm, the offshore wind power prediction, intelligent control, and fault diagnosis technologies are explored; Finally, the integrated development of offshore wind power with other utilizations of sea areas is introduced.
This book can be used as a training and self-study textbook for engineering and technical personnel involved in the design, construction, operation, and maintenance of offshore wind farms, as well as a reference for researchers in related fields of offshore wind power.
Introduction.- Offshore Wind Resource Characteristics and Measurement Evaluation.- Offshore Wind Farm Design.- Offshore wind farm construction.- Offshore Wind Power Forecasting.- Smart operation control technologies for offshore wind farms.- Fault Diagnosis and Health Management of Offshore Wind Turbines.- Offshore wind power and comprehensive utilization of offshore areas.
In this book, the theory and technology of the design, construction, and operation of offshore wind farms are systematically introduced. In terms of design of offshore wind farms, the characteristics, measurement and assessment of wind resources, macro-siting, micro-siting, electrical system design, foundation structure design of offshore wind turbine units and booster stations, and technical, economic, and environmental impact analysis are introduced; In terms of construction, the transportation of offshore wind power equipment, the construction of offshore wind farms, and the management of offshore wind farm construction are introduced; In terms of operation and maintenance of offshore wind farm, the offshore wind power prediction, intelligent control, and fault diagnosis technologies are explored; Finally, the integrated development of offshore wind power with other utilizations of sea areas is introduced.
This book can be used as a training and self-study textbook for engineering and technical personnel involved in the design, construction, operation, and maintenance of offshore wind farms, as well as a reference for researchers in related fields of offshore wind power.
Produktdetaljer
Biographical note
Dr. Yongqian Liu is a professor at North China Electric Power University, a founder of the Bachelor’s program 'Wind Energy and Power Engineering' in China, with 30 years of professional experience in Wind Power and Hydro Power Engineering. He also serves as the vice-president of the China Wind Energy Association and the regional editor of IET Renewable Power Generation. He has led more than 30 research projects funded by national and industrial sources, and has been honored with the Second Prize of the National Science.
Dr. Shuang Han is a professor at North China Electric Power University. Her main research focus is on wind farm technology, including wind power forecasting, wind resource analysis, and wind farm performance evaluation. As a project leader, she has led 2 projects funded by national sources and 8 industrial projects. She has published 50 SCI/EI-indexed papers and won 4 provincial and ministerial awards for scientific and technological progress. She is a member of the Wind Energy Resources Professional Group and an associate editor of the IET Renewable Power Generation Journal.
Dr. Jie Yan is a professor at North China Electric Power University. In 2020, she won the Young Elite Scientist Sponsorship Program award from the China Association for Science and Technology. She has served as an editorial board member for Renewable Energy and the IET Renewable Power Generation Journal, as the lead of IEA Wind Task 36 WP2.2, and as an expert for IEC TC/SC8A. Her main research areas encompass renewable power forecasting and wind farm operation. In the past five years, she has hosted 8 projects funded by governmental sources and 6 industrial projects.