风浪流方向变化对空转浮式风机运动响应的影响
Influence of Wind and Wave Flow Direction Change on Motion Response of Floating Wind Power Equipment Under Idling Condition
王艳 1周闯 1刘中富 1宋学武 1秦海明1
作者信息
- 1. 中船海装风电有限公司,重庆 401123
- 折叠
摘要
研究漂浮式风电装备空转工况下,随共线风浪流方向变化的运动响应变化规律.根据海装6.2 MW海上浮式风机的参数,利用DeepLines Wind软件对其进行一体化建模仿真,针对不同共线风浪流方向下的漂浮式风机进行数值模拟,得出风浪流方向变化时浮式风机运动响应的变化规律.海上浮式风电装备处于极端空转工况时,共线风浪流方向的变化对其艏摇、纵摇和纵荡的运动影响显著.当共线风浪流方向为90°时,对海上漂浮式风机艏摇运动产生的影响最大;在共线风浪流方向为0°时,纵摇和纵荡均达到最大值.
Abstract
The motion response of floating wind power equipment under idling conditions is studied with the change of collinear wind wave direction.According to the parameters of the 6.2 MW offshore wind power equipment installed at sea,the integrated modeling and simulation were carried out by DeepLines Wind software,and numerical simulation was carried out for the wind power equipment under different collinear wind and wave flow directions.When offshore floating wind power equipment is in extreme idling condition,the change of collinear wind wave flow direction has significant influence on its yawing,pitching and pitching motion.When the collinear wind wave flow direction is 90°,it has the greatest influence on the yawing motion of the floating fan.Both pitch and pitch reach the maximum value when the collinear wind wave direction is 0°.
关键词
漂浮式风电装备/空转工况/运动响应Key words
floating wind power equipment/idling condition/motion response引用本文复制引用
出版年
2024
NETL
NSTL
维普
万方数据