Estimation of Hourly Global Solar Radiation for Composite Climate

M. J. Ahmad, G. Tiwari
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引用次数: 8

Abstract

In this communication, an attempt has been made to estimate hourly global solar radiation for the composite climate of New Delhi (latitude: 28.58 0 N, longitude: 77.20 0 E, elevation: 216 m above mean sea level) using regression analysis based on the model proposed by Al-Sadah et al. (1990). More than 39000 data of hourly solar radiation on a hori- zontal surface measured at New Delhi were compared with hourly data calculated by various calculation models. Com- parison between estimated and measured values shows that the constants derived for New Delhi provide good estimates of the hourly global radiation except for the morning and evening hours. The present results are comparable with the Liu and Jordan (1960) and Collares-Pereira and Rabl (1979) models which also correlate hourly values and daily totals of the global radiation.
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复合气候的每小时全球太阳辐射估算
在本报告中,利用基于al - sadah等人(1990)提出的模型的回归分析,试图估算新德里复合气候(纬度:28.58 N,经度:77.20 E,海拔:平均海平面以上216 m)的每小时全球太阳辐射。本文将在新德里测得的39000多份水平面每小时太阳辐射资料与各种计算模型计算的每小时太阳辐射资料进行了比较。估计值与实测值的比较表明,为新德里导出的常数提供了除早晚时段外的每小时全球辐射的较好估计值。目前的结果可与Liu和Jordan(1960)以及Collares-Pereira和Rabl(1979)模式相比较,后者也将全球辐射的小时值和日总量联系起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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