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首页> 外文会议>International Conference on Ecological Vehicles and Renewable Energies >Energy Yield of a Floating Hybrid Mooring Wind Turbine System in the Aegean Sea
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Energy Yield of a Floating Hybrid Mooring Wind Turbine System in the Aegean Sea

机译：爱琴海浮动式混合动力系泊风力涡轮机系统的发电量

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摘要

A multi-cylinder Tension Leg Platform (TLP) design concept of a floating structure is presented for supporting a 10 MW Wind Turbine (WT). The present design represents a first step towards the development, at a second stage, of a floating structure for offshore wind energy sources exploitation. Targeting the conceptual design of the proposed TLP floating structure for the 10MW WT, the combined effect of water waves and wind on the floating offshore wind turbine is investigated. A design-oriented solution method for the coupled dynamics of the floating structure in the frequency domain is presented. By properly accounting for the aerodynamic characteristics of the WT through a reduced order model that projects the WT aerodynamics onto the six degrees of the floater’s motions. They are combined with the hydrodynamics of the floater and the tethers’ stiffness to set up the coupled dynamic equations in the frequency domain. The objective of the analysis is to investigate which sea states yield the significant and maximum loads due to operating and extreme wave conditions in offshore structures and the annual wind energy based on wave hindcasts near Kasos Island, in the Mediterranean Sea.
机译：提出了一种浮动结构的多缸张力腿平台（TLP）设计概念，以支持10 MW风力涡轮机（WT）。本设计代表了在第二阶段开发用于海上风能资源开发的浮动结构的第一步。针对10MW WT拟议的TLP浮动结构的概念设计，研究了水波和风对浮动式海上风力涡轮机的综合影响。提出了一种面向设计的解决方案，用于频域中浮动结构的耦合动力学。通过减少阶数模型适当考虑WT的空气动力学特性，该模型将WT的空气动力学投影到浮子运动的6度上。将它们与浮子的流体动力学特性和系绳的刚度相结合，以建立频域中的耦合动力学方程。该分析的目的是研究由于海上结构中的运行和极端波浪条件以及每年的风能而导致的哪些海州产生了最大负荷和最大负荷，以及基于地中海卡索斯岛附近海浪后兆的年度风能。

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