Mathematical Modelling to Predict the Best Inclination Angle for Maximum Distillate Output of A Solar Still

ICAME-22 Pub Date : 2022-09-20 DOI:10.3390/engproc2022023005
Nawaf Mehmood Malik, Mansoor Ali Zaheer, Asif Ali, Abdul Haseeb
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Abstract

: Solar stills are generally used to obtain fresh and clean water from saline water sources using solar energy. This technique is very economical, as only the source of energy is solar energy. Many factors affect the efficiency of the solar stills, such as altitude, location, wind velocity, thickness, the inclination angle of the glass, etc. In this paper, mathematical modelling of three different solar stills with glass inclination angles of 15 ◦ , 30 ◦ , and 45 ◦ has been carried out to calculate the total radiation falling on these solar stills in addition to the calculation of the total heat transfer inside of them. These parameters are further utilized to compute the distilled water output from 10 a.m. to 4 p.m. by considering the location of the Sargodha, Punjab, Pakistan, on the 22nd of June.
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预测太阳蒸馏器最大蒸馏产量最佳倾斜角的数学模型
太阳能蒸馏器一般用于利用太阳能从含盐水源中获得新鲜和清洁的水。这种技术非常经济,因为唯一的能源是太阳能。影响太阳能蒸馏器效率的因素很多,如海拔高度、位置、风速、玻璃的厚度、倾斜角度等。本文对玻璃倾角为15◦、30◦和45◦的三种不同的太阳蒸馏器进行了数学建模,计算了落在这些太阳蒸馏器上的总辐射以及它们内部的总传热。通过考虑6月22日巴基斯坦旁遮普省Sargodha的位置,进一步利用这些参数计算上午10点至下午4点的蒸馏水输出。
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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