摘要
漂浮式海上风电是深远海风电开发的关键技术,是实现碳达峰、碳中和的重要途径之一。漂浮式风机系统设计涉及气动力学、结构动力学、伺服控制系统、水动力学和系泊动力学等多个学科的复杂交叉,其动力全耦合仿真面临巨大挑战。针对漂浮式海上风电的风电机组、浮式基础、系泊系统、动态海缆、运输施工及一体化仿真等关键技术,对未来漂浮式海上风电发展趋势进行了展望,为推动深远海海上风电大规模商业应用,提出安全适用、竞争力强的工程解决方案奠定了基础。
Floating offshore wind turbine(FOWT)is the key technology for deep-sea wind power development and one of the important ways to achieve the goals of carbon peaking and carbon neutrality.The design of FOWT system involves the complex intersection of multiple disciplines such as aerodynamics,structural dynamics,servo control system,hydrodynamics and mooring dynamics,as well as the great challenges of fully coupled dynamic simulation.Focusing on the key technologies involved in FOWT such as wind turbine,floating foundation,mooring system,dynamic submarine power cable,transportation construction and integrated simulation,the future development trend of FOWT is prospected to lay a foundation for promoting the large-scale commercial application,as well as the safe,applicable and competitive engineering solutions of deep-sea offshore wind power.
作者
王富强
郝军刚
李帅
任亚君
谢越韬
张步恩
WANG Fuqiang;HAO Jungang;LI Shuai;REN Yajun;XIE Yuetao;ZHANG Buen(China Renewable Energy Engineering Institute,Beijing 100120,China)
出处
《水力发电》
CAS
2022年第10期9-12,117,共5页
Water Power
关键词
漂浮式海上风电
浮式基础
一体化仿真
关键技术
发展趋势
floating offshore wind turbine
floating foundation
integrated simulation
key technologies
development trend
