On the relation between insolation and climatological variables—V. Estimation of availability of solar energy

Donald Rapp, A.A.J. Hoffman
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引用次数: 1

Abstract

A new procedure is developed for estimating availability of solar energy in localities where adequate data are not available. The hourly variations in solar intensity with day of the year during clear weather (essentially no clouds and unlimited visibility) are shown to follow regular repeatable patterns. These patterns have been determined for four south-western locations. From these data, it is possible to estimate the maximum possible available solar energy for perfectly clear weather. The effect of clouds and reduction in visibility is to reduce the solar intensity below the value appropriate to any hour of any day in clear weather. A study of the dependence of reduction in solar intensity on cloud cover and visibility is now being conducted for several southwestern locations. A model for the dependence of direct normal solar intensity on total insolation is also being developed.

论日照与气候变量的关系——v。估计太阳能的可用性
制定了一种新的程序来估计在没有足够数据的地方太阳能的可用性。在晴朗天气(基本上是无云和无限能见度)时,太阳强度随一天的每小时变化显示出遵循有规律的可重复模式。这些模式是在四个西南地区确定的。从这些数据中,可以估计出在完全晴朗的天气下,最大可能的可用太阳能。云层和能见度降低的影响是使太阳强度降低到在晴朗天气下任何一天任何时刻的适当值以下。目前正在几个西南地区进行一项关于太阳强度减弱对云量和能见度的依赖性的研究。目前也正在开发一个直接正常太阳强度与总日照量的关系模式。
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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