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投稿时间:2007-01-15 修订日期:2007-05-25
投稿时间:2007-01-15 修订日期:2007-05-25
中文摘要: 随着风电事业的发展,复杂地形下的风资源模拟成为一项重要的课题。利用广东沿海某海岛
南部9个测风塔共22个测风高度的完整一年的测风资料及该海岛高分辨率的数字地形资料,
采用地理空间因子的多元回归法进行风资源的微尺度模拟并与WASP软件的计算结果进行了比
较。结果表明:(1)年平均风速与地理空间因子存在显著的相关关系;(2)模拟的年平均
风速平均相对误差为3.2%,年平均风功率密度的平均相对误差为3.5%;(3)经假设检验
,对无测站的地点的年平均风速模拟效果良好;(4)该方法和WASP软件计算的风资源大值
区分布基本一致。
Abstract:With the development of wind electricity, wind resource simulation over complex
terrain is becoming an important question for discussion. On the basis of wind o
bservational data of one year of 9 observation towers at 22 levels in the southe
rn zone of a certain coastal island of Guangdong Province, and the digital terra
in data with high resolution of the island ,wind resource micro scale simulatio
n by multiple regression was done. In addition, the simulated result was compare
d with that obtained by WASP program. It was found that:(1) There is a significa
nt correlation between annual mean wind speed and geographical spatial factors;(
2) The mean relative errors of simulated annual mean wind speed and wind power d
ensity are 3.2% and 3.5%, respectively; (3) The assumption test shows that there
is a good effect in annual mean wind speedsimulation at those sites without observational data;(4) The distribution of th
e wind resource is basically consistent with that obtained by WASP program.
文章编号: 中图分类号: 文献标志码:
基金项目:
作者 | 单位 |
黄浩辉 | 广东省气候中心,广州 510080 |
宋丽莉 | 广东省气候中心,广州 510080 |
植石群 | 广东省气候中心,广州 510080 |
毛慧琴 | 广东省气候中心,广州 510080 |
郝全成 | 广东省气候中心,广州 510080 |
刘爱君 | 广东省气候中心,广州 510080 |
引用文本:
黄浩辉,宋丽莉,植石群,毛慧琴,郝全成,刘爱君,2007.多元回归法在复杂地形风资源微尺度模拟中的应用[J].气象,33(7):98-104.
Huang Haohui,Song Lili,Zhi Shiqun,Mao Huiqin,Hao Quancheng,Liu Aijun,2007.Application of Multiple Regression to Wind Resource Micro-scale Simulation over Complex Terrain [J].Meteor Mon,33(7):98-104.
黄浩辉,宋丽莉,植石群,毛慧琴,郝全成,刘爱君,2007.多元回归法在复杂地形风资源微尺度模拟中的应用[J].气象,33(7):98-104.
Huang Haohui,Song Lili,Zhi Shiqun,Mao Huiqin,Hao Quancheng,Liu Aijun,2007.Application of Multiple Regression to Wind Resource Micro-scale Simulation over Complex Terrain [J].Meteor Mon,33(7):98-104.