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深远海上风力发电机组载荷优化及控制技术研究

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讨论深远海上风力发电机组的模型以及分析模型载荷可知,深远海上风电发电机组载荷受多种因素综合作用.海上风电发电机组载荷的主要类型分为风轮载荷、风载载荷及海波载荷.在这些基础上,分析 3 种主要载荷类型的计算方法,提出海上风电机组载荷优化的目标为大气动力载荷优化、结构动力载荷优化和波浪影响的载荷优化.针对提出的优化目标,探讨深远海上风力发电机组的载荷控制技术,包括分段停机控制、风机软切出控制、塔筒加阻控制.
Research on Load Optimization and Control Technology of Deep Sea Wind Turbine Generator Systemy
This article discusses the model and load analysis of deep-sea offshore wind turbines.It is believed that the load of deep-sea offshore wind turbines is influenced by multiple factors,and the main types of loads are wind turbine load,wind load,and sea wave load.On this basis,the calculation methods for three main types of loads were analyzed,and the objectives of load optimization for offshore wind turbines were proposed as atmospheric dynamic load optimization,structural dynamic load optimization,and load optimization under wave influence.In response to the above optimization objectives,load control technologies for offshore wind turbines were explored,including segmented shutdown control,wind turbine soft cutting control,and tower resistance control.

deep seawind power generationload optimization and control

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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

深远海上 风力发电 载荷优化与控制

2024

通信电源技术
武汉普天通信设备集团有限公司

通信电源技术

影响因子:0.389
ISSN:1009-3664
年,卷(期):2024.41(23)