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海上风电机组浮式栈桥靠泊技术

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随着海上风电向远海和深水区域发展,针对目前海上风电场运维船登靠技术现状,结合拟建海上风电项目场址的气候特征,深入调研和分析行业内运维船靠泊方式及风机登靠的特点和影响因素,设计一种基于风机基础端的浮式接驳栈桥,解决海上风电运维船的靠离泊、人员登塔作业的安全隐患,提升运维船转运人员的效率,减少运维船靠泊时的顶靠方式对风机的影响,为实现"双碳"目标奠定基础.
Floating Wharf Berthing Technology for Offshore Wind Turbines
With the development of offshore wind power towards offshore and deep-water areas,in response to the current status of the berthing technology of the operation and maintenance ship for offshore wind farm,combined with the climate characteristics of the proposed offshore wind power project site,in-depth research and analysis are conducted on the berthing methods of the operation and maintenance ships in the industry,as well as the characteristics and influencing factors of wind turbine berthing.A floating connection wharf based on the wind turbine foundation end is designed to solve the safety hazards of berthing and disembarking of the operation and maintenance ships for offshore wind power as well as personnel climbing towers for operation,to improve the efficiency of personnel transportation by the operation and maintenance ships,and to reduce the impact of top berthing method on wind turbines,which will lay the foundation for achieving the"dual carbon"goal.

offshore wind powerfloating wharfoperation and maintenance ship

尚景宏、李东亮、梁嘉、平凡、杨博

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中海石油(中国)有限公司北京新能源分公司,北京 102200

海上风电 浮式栈桥 运维船

2024

中国海洋平台
中国船舶工业集团公司第十一研究所

中国海洋平台

CSTPCD
影响因子:0.271
ISSN:1001-4500
年,卷(期):2024.39(6)