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利用大容山自动观测站2004年8月~2006年7月气象观测资料和容县气象站1958~2006年7月测风资料,对大容山的风能资源各参数进行了详细计算和分析,并结合预选风电场的地形地貌、交通运输、联网条件、环境保护等状况对大容山风能资源开发利用进行了可行性分析评价.结果表明:大容山年平均风速为7.2m/s,年平均风功率密度为390.8W/m^2,其风能资源丰富,且交通运输、联网、工程地质等条件较好,可选择在坡度较小的山头或山腰建设风电场,预选风电场可布置750kW的风机45台,总装机容量约为34MW. 相似文献
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广西海陆风的地面气候特征分析 总被引:2,自引:0,他引:2
利用广西北海、防城港市气象站1993~2002年和防城气象站1997~2002年自记风资料,统计出各站的海陆风日,分析了广西沿海三站海陆风的月、年出现日数及其频率、生消时间、持续时间、风速变化等地面气候特征。 相似文献
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针对全区气象台站月报表中常出现的错情或疑误差问题,列出审核要点,以期提高审核工作水平,从而提高广西台站月报表的质量。 相似文献
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Decadal circulation differences between more and less rainfall periods in the annually first rainy
season of Guangxi and their association with sea surface temperature (SST) of the austral Indian Ocean are
investigated by using the NCEP/NCAR reanalysis data. The results are shown as follows. A pattern in
which there is uniform change of the Guangxi precipitation shows a 20-year decadal oscillation and a
3-year interannual change. In contrast, a pattern of reversed-phase change between the north and the south
of Guangxi has a 6-year interannual periodicity and quasi-biennial oscillation. In the period of more
precipitation, the surface temperature in Eurasia is positively anomalous so as to lead to stronger low
pressure systems on land and larger thermal contrast between land and ocean. Therefore, the air column is
more unstable and ascending flows over Guangxi are intensified while the Hadley cell is weakened.
Furthermore, the weaker western Pacific subtropical high and South Asia High, together with a stronger
cross-equatorial flow, result in the transportation of more humidity and the appearance of more
precipitation. The correlation analysis indicates that the Indian Ocean SST in Southern Hemisphere is
closely associated with the variation of the seasonal precipitation of Guangxi on the decadal scale by
influencing the Asian monsoon through the cross-equatorial flow. 相似文献
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