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刘凯 曾杰 叶任时 刘璟 苏毅 李德
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摘要: 利用基于CFD的Meteodyn_WT对湖北恩施某复杂地形条件下的山地风电场进行模拟分析,并依据分析成果进行风机布置和发电量计算。经与风电场的1 a实际运行结果对比,各机位点实测平均风速为6.02 m/s,与WT计算结果相比偏小0.06 m/s,表明Meteodyn_WT模拟得到的总体结果较好。同时,Meteodyn_WT能够模拟出21、22号机位风速减小的趋势,未能准确模拟出其大小,但对8~11号机位的模拟结果存在较大误差,初步认为是由于缺少2号测风塔的测风数据所致。
关键词: CFD, Meteodyn_WT, 复杂地形, 风资源评价
Abstract:
This paper simulates and analyzes the wind farm in mountainous area under complex terrain in Enshi, Hubei Province by using Meteodyn_WT and based on the analysis results, discuses the wind turbine arrangement and calculates the generaton quantity. Compared with the practical operation over a year, the average measured wind speed of all positions is 6.02 m/s, 0.06 m/s smaller than the calculated results of WT. So the simulated results are satisfied in general. The Meteodyn_WT can reveal the downward trend of wind speed at No. 21 and 22 positions, but the decreasing value can not be simulated. The errors of the simulation results of No.8 to No.11 positions are large, which may be caused by the lack of measured wind speed data of No.2 wind tower.
Key words: CFD, Meteodyn_WT, complex terrain, evaluation of wind resources
刘凯 曾杰 叶任时 刘璟 苏毅 李德. 复杂地形山地风电场的CFD分析[J]. 人民长江, doi: 10.16232/j.cnki.1001-4179.2016.03.014.
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http://www.rmcjzz.com/CN/Y2016/V47/I3/56