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A Generalized Model for Global Solar Radiation in South Africa Using Multiple Weather Elements as Predictors

机译:使用多种天气要素作为预测指标的南非全球太阳辐射通用模型

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In this study a generalized model for predicting Global Solar Radiation (GSR) was developed for South Africa. This was achieved by employing easily measured weather elements like sunshine hour, ambient temperature, relative humidity and wind speed as predictors. The model accuracy was verified by comparing estimated values with measured values of GSR in each province in terms of the following statistical error tests: mean bias error, mean absolute bias error, and mean absolute percentage error, root mean square error, and regression coefficient. The values of regression coefficient obtained for each location shows that the developed model is sufficed for use to predict GSR and hence, could be used for any location within the country.
机译:在这项研究中,为南非开发了一个用于预测全球太阳辐射(GSR)的通用模型。这是通过采用容易测量的天气因素(例如日照时间,环境温度,相对湿度和风速)来实现的。通过将估计值与各省的GSR测量值进行比较,通过以下统计误差检验来验证模型的准确性:平均偏差误差,平均绝对偏差误差和平均绝对百分比误差,均方根误差和回归系数。从每个位置获得的回归系数值表明,开发的模型足以用于预测GSR,因此可以用于该国境内的任何位置。

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