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Predicting hourly solar irradiations on inclined surfaces based on the horizontal measurements: Performances of the association of well-known mathematical models

机译:根据水平测量值预测倾斜面上每小时的太阳辐射:知名数学模型的关联性能

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In a lot of sites, at best, only global irradiations on horizontal planes are available. As most systems using solar energy are tilted, it is obvious that these data are not sufficient. The purpose of our work consists in predicting the solar irradiation on inclined surfaces based on horizontal measurements. To reach this goal, two previous studies were performed. They consisted in quantifying the accuracy of various well-known models of the literature: the first type of models (seven correlations) calculated diffuse horizontal irradiations from global ones and the second type (fifteen models) computed global irradiations on inclined planes from diffuse and global components on a horizontal surface. This study combines the two classes of models and calculates the adequacy of each association for experimental hourly data collected on the French Mediterranean site of Ajaccio. We compared these combinations with the Olmo model, transforming global irradiations directly onto tilted planes from horizontal ones.
机译:在许多站点中,充其量只能在水平面上进行全局照射。由于大多数使用太阳能的系统都是倾斜的,因此显然这些数据不足。我们工作的目的在于根据水平测量结果预测倾斜表面的太阳辐射。为了达到这个目标,之前进行了两项研究。它们包括量化各种知名模型的准确性:第一类模型(七个相关性)从全局模型计算出弥散水平辐照,第二类模型(十五个模型)从散射和全局算术计算斜面上的全局辐照组件在水平表面上。这项研究结合了两类模型,并针对法国地中海阿雅克修(Ajaccio)网站上收集的每小时实验数据计算了每种关联的充分性。我们将这些组合与Olmo模型进行了比较,将整体辐射直接从水平平面转换到倾斜平面上。

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