湍流强度作为微定位验证评价指标的研究

Zhongxiang Zhang, Anmin Cai, Ming Qin, Datong Zhang
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引用次数: 0

摘要

决定特定地点风电场的最佳风力涡轮机类型的因素是50年极端风速、平均风速和湍流强度。风气候高度依赖于地形;微型选址的过程不应只关注能源产量,还应以风力涡轮机的可用性和安全性为目标。微选址的验证是为了确保50年极端风速、平均风速、倾斜角和湍流强度满足标准中的风力机设计要求。本文在分析微定位验证过程的基础上,重点研究了湍流强度作为微定位验证的评价指标,并以某风电项目为例对其电路进行了说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on turbulence intensity as an evaluation index for micrositing validation
The factors determining the optimal wind turbine type for a site-specific wind farm are 50-year extreme wind speed, mean wind speed and turbulence intensity. Wind climate is highly dependent on the terrain; the process of micrositing should not exclusively focus on the energy yield, but should also aim for the availability and safety of the wind turbine. The validation of micrositing is to double check to make sure that the 50-year extreme wind speed, mean wind speed, incline angle and turbulence intensity meet the wind turbines design requirements in the standards. On the basis of the analysis of micrositing validation process, the present paper focuses on the turbulence intensity as an evaluation index for micrositing validation, and takes a wind project as a case study to illustrate its circuit.
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