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Modeling of window-sized solar chimneys for ventilation

机译:窗口大小的太阳能烟囱通风模型

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The mathematical model for predicting airflow velocity in a solar chimney has been developed through predicting temperature of the absorber, air in flow channel and glass cover. Experimental validation of the model has been done using a solar chimney having less than a 1-m-high absorber. Investigations have been carried out with three different combinations of air gap and size of the inlet opening for entry of air in the chimney. Good agreement between observed and calculated results has been obtained. The small size of the analyzed solar chimney has opened possibilities of utilizing windows as solar chimneys since the flow velocity upto 0.24 m/s has been experimentally recorded.
机译:通过预测吸收器的温度,流道中的空气和玻璃盖的温度,已经建立了预测太阳能烟囱中气流速度的数学模型。该模型的实验验证是使用具有不到1米高的吸收器的太阳烟囱进行的。已经对气隙和用于使空气进入烟囱的进气口的尺寸的三种不同组合进行了研究。观测结果与计算结果之间取得了良好的一致性。由于已经通过实验记录了高达0.24 m / s的流速,因此,分析后的小尺寸太阳烟囱开辟了利用窗户作为太阳烟囱的可能性。

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