OpenFAST model of the Senvion 5M (REpower) offshore wind turbine (Metadata only)

<p>The data set provided contains the OpenFAST (V.3.5.3) input files for the Senvion 5M offshore wind turbine (OWT) of the alpha ventus wind farm. The OpenFAST model was developed based on a previously implemented Flex5 model of the Senvion 5M and includes the structural and aerodynamic properties of the real blades as well as the fully functional blade-style turbine controller in a 32-bit version.
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A similar version of the OpenFAST model provided here was validated in [1] against measured data from the alpha ventus wind farm. However, the model of the jacket substructure (OWEC Quattropod) used for validation in [1] is not part of the model provided here due to confidentiality reasons. Instead, a reduced representation consisting of mass, damping and stiffness matrices is used to represent the substructure. With this reduced representation of the substructure, it is not possible to calculate the hydrodynamic forces.
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The turbine model was originally implemented in Flex5-Poseidon by the University of Stuttgart - Stuttgart Wind Energy (SWE) based on documentation provided by Senvion and OWEC Tower. Further details on the Felx5 model and its validation can be found in [2].</p>

本数据集包含alpha ventus风电场Senvion 5M型海上风力发电机组（offshore wind turbine, OWT）的OpenFAST（V.3.5.3）输入文件。该OpenFAST模型基于此前已实现的Senvion 5M型Flex5模型开发，涵盖真实叶片的结构与气动特性，以及32位版本的全功能叶片式风机控制器。

本次提供的OpenFAST模型的相似版本已在文献[1]中基于alpha ventus风电场的实测数据完成验证。但由于保密原因，文献[1]中用于验证的导管架式基础（jacket substructure, OWEC Quattropod）模型并未包含在本次提供的模型中。取而代之的是，本数据集采用由质量、阻尼及刚度矩阵构成的简化表征形式来模拟该基础。采用该简化基础表征方式时，无法计算水动力载荷。

该风机模型最初由德国斯图加特大学斯图加特风电研究所（Stuttgart Wind Energy, SWE）基于Senvion与OWEC Tower提供的技术文档，在Flex5-Poseidon平台中实现。有关Flex5模型及其验证的更多细节，可参阅文献[2]。

搜集汇总

背景与挑战

背景概述

该数据集提供了一个基于OpenFAST软件（版本3.5.3）的Senvion 5M海上风力涡轮机仿真模型，该模型经过alpha ventus风电场实测数据验证，包含真实叶片的结构和气动特性以及涡轮控制器。然而，由于保密原因，数据集仅包含元数据，实际文件需要用户签署BSH的数据用户协议才能访问，且模型中的导管架下部结构被简化为质量、阻尼和刚度矩阵表示，无法计算水动力。