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Theoretical and experimental investigation on double basin double slope solar still

机译:双盆双坡太阳静止器的理论与实验研究

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摘要

This paper presents a theoretical and experimental work performed on a double slope single basin and double basin solar still. In this work, an additional basin is incorporated with conventional single basin still to improve the performance of the double slope solar still. Single basin and double basin double slope stills are fabricated with the same area and tested under the same climatic condition. This study investigates the effect of varying the water mass in both upper and lower basin on productivity of the double basin still. In addition, the results were compared with the single basin still. From this tests (theoretical and experimental), it was found that providing an additional basin increases the productivity significantly. A good agreement was made with theoretical and experimental results. The deviation between theoretical and experimental was within 10%. Double basin still production is higher than the single basin still by 85% for the same basin condition.
机译:本文介绍了在双斜率单盆和双盆太阳能静止蒸馏器上进行的理论和实验工作。在这项工作中,将一个额外的水池与常规的单个水池合并在一起,以提高双斜率太阳能水池的性能。单盆和双盆双坡度蒸馏器在相同的面积下制作,并在相同的气候条件下进行测试。本研究调查了上下盆水量的变化对双盆蒸馏器生产率的影响。另外,将结果与单盆进行了比较。通过该测试(理论和实验),发现提供额外的水盆可显着提高生产率。在理论和实验结果上达成了良好的共识。理论与实验之间的偏差在10%以内。在相同的流域条件下,双流域静水产量比单流域静水产量高85%。

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