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Hong Kong CIE sky classification and prediction by accessible weather data and trees-based methods

机译:香港CIE天空分类和预测可访问的天气数据和基于树木的方法

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Solar irradiance and daylight illuminance are important for solar energy and daylighting designs. Recently, the International Commission of Illuminance (CIE) adopted a range of sky conditions to represent the possible sky distributions which are crucial to the estimation of solar irradiance and daylight illuminance on vertical building facades. The important issue would be whether the sky conditions are correctly identified by the accessible variables. Previously, a number of climatic parameters including sky luminance distributions, vertical solar irradiance and sky illuminance were proposed for the CIE sky classification. However, such data are not always available. This paper proposes an approach based on the readily accessible data that systematically recorded by the local meteorological station for many years. The performance was evaluated using measured vertical solar irradiance and illuminance. The results show that the proposed approach is reliable for sky classification.
机译:太阳能辐照度和日光照度对于太阳能和灯光设计非常重要。最近,国际照明委员会(CIE)通过了一系列天空条件来代表可能的天空分布,这对垂直建筑物外墙估计太阳辐照和日光照明至关重要。重要问题是通过可访问的变量正确识别天空条件。此前,提出了许多包括天空亮度分布,垂直太阳辐照度和天空照度的气候参数,用于CIE Sky分类。但是,这些数据并不总是可用的。本文提出了一种基于局部气象站多年来系统地记录的易于访问数据的方法。使用测量的垂直太阳辐照度和照度评估性能。结果表明,建议的方法可靠,可用于天空分类。

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