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Solar energy potential mapping and assessment in Xinjiang (China) based on the FY satellite data
Liu, Yu ; Zhang, Xianfeng ; Lv, Yang
刊名taiyangneng xuebaoacta energiae solaris sinica
2014
英文摘要Direct normal irradiance (DNI) and diffuse horizontal irradiance (DIF) are the important factors that have influence on the surface radiation budget and the formation of the Earth climate. In this study, the retrieval models for estimating the DNI and DIF were established based on the modeling of atmosphere radiative transfer process. The models were then used in the estimation of hourly DNI and DIF parameters in Xinjiang from the remotely sensed data sets acquired by the VISSR and MERSI sensors onboard the Chinese FY-2D and the FY-3A satellites. The observational daily DNI and DIF data collected by the National Meteorological Stations at Kashi and Urumqi were used as a reference, to assess the accuracy of the modeled results from the remotely sensed data. The correlative analysis between them indicates that the method and models proposed in this study can provide an effective and valuable estimation, and give a basic data support for the usage of the solar energy in Xinjiang.; EI; 0; 7; 1295-1303; 35
语种英语
内容类型期刊论文
源URL[http://ir.pku.edu.cn/handle/20.500.11897/312398]  
专题地球与空间科学学院
推荐引用方式
GB/T 7714
Liu, Yu,Zhang, Xianfeng,Lv, Yang. Solar energy potential mapping and assessment in Xinjiang (China) based on the FY satellite data[J]. taiyangneng xuebaoacta energiae solaris sinica,2014.
APA Liu, Yu,Zhang, Xianfeng,&Lv, Yang.(2014).Solar energy potential mapping and assessment in Xinjiang (China) based on the FY satellite data.taiyangneng xuebaoacta energiae solaris sinica.
MLA Liu, Yu,et al."Solar energy potential mapping and assessment in Xinjiang (China) based on the FY satellite data".taiyangneng xuebaoacta energiae solaris sinica (2014).
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