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Experimental investigation of the performance of a large-scale greenhouse type solar dryer for drying chilli in Thailand

机译:大型温室型太阳能烘干机在泰国干燥辣椒的性能实验研究

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Solar drying is considered to be a useful solar energy technology for developing counties. In this work, the performance of a large-scale greenhouse type solar dryer for drying chilli was investigated. The dryer has a parabolic shape and it is covered with polycarbonate sheets. The base of the dryer is a concrete floor with an area of 8x20 m~2. Nine DC fans powered by three 50 W solar cell modules were used to ventilate the dryer. The dryer was installed at Ubon Ratchathani, Thailand. Three batches of chilli were dried in the dryer. It was found that five hundred kilograms of chilli with the initial moisture content of 74% (wb) were dried within 3 days while the natural sun dried needed 5 days. The chilli dried in this dryer was completely protected from insects, animals and rain. In addition, good quality of chilli was obtained.
机译:太阳能干燥被认为是开发县的有用太阳能技术。在这项工作中,研究了大型温室型太阳能干燥器用于干燥辣椒的性能。干燥器具有抛物线形状,用聚碳酸酯板覆盖。干燥器的底座是混凝土地板,面积为8×20m〜2。九个直流风扇由三种50W太阳能电池模块供电用于通风干燥器。烘干机安装在泰国的Ubon Ratchathani。三批辣椒在干燥器中干燥。结果发现,在3天内,在3天内将五百千克辣椒含有74%(WB),而在5天所需的天然阳光下干燥。在这种干燥器中干燥的辣椒被彻底免受昆虫,动物和雨水保护。此外,获得了优质的辣椒品质。

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