Uji Eksperimental Efisiensi Panas Alat Pengering Surya Langsung Pasif Berbiaya Murah dengan Variasi Material Penutup Transparan

Kemas Muhammat Abdul Fatah, Indriyani, Ari Beni Santoso
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Abstract

Indonesia should be able to provide inexpensive solar dryers due to the availability of sunlight all year round throughout the country. This study proposes a passive direct solar dryer as it is the simplest one to construct, with aluminum mesh sheets as a heat-absorbing material, and glass fiber as an insulating material. For the cost-effective transparent cover, this study proposes 0.8 mm clear polycarbonate (PC), 2 mm clear glass, and 2 mm clear acrylic. The experimental test results of the solar dryer model showed that the highest heat efficiency value for polycarbonate (PC) is 16%, whereas the heat efficiency value for glass and acrylic is 10% and 8%, respectively. Through these findings, the construction of solar dryers is simple and low cost by using glass fiber as insulation, aluminum mesh sheets as heat absorbers, and PC instead of thin glass as transparent covers.
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具有透明封闭材料变化的低成本被动直接监视驱动器热效率试验
印度尼西亚应该能够提供廉价的太阳能烘干机,因为该国全年都有阳光。这项研究提出了一种被动式直接太阳能干燥器,因为它是最简单的结构,以铝网片作为吸热材料,玻璃纤维作为绝缘材料。对于成本效益高的透明盖,本研究提出了0.8毫米透明聚碳酸酯(PC)、2毫米透明玻璃和2毫米透明丙烯酸。太阳能干燥器模型的实验测试结果表明,聚碳酸酯(PC)的最高热效率值为16%,而玻璃和丙烯酸的热效率值分别为10%和8%。通过这些发现,太阳能烘干机的结构简单且成本低,使用玻璃纤维作为隔热材料,使用铝网片作为吸热材料,并使用PC代替薄玻璃作为透明盖。
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发文量
30
审稿时长
12 weeks
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