Performance Assessment of Greenhouse Solar Dryer with and without Evacuated Tube Solar Collector under no-load

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引用次数: 1

Abstract

In this paper, the performance assessment of a hybrid active greenhouse solar dryer is carried out under no load condition. The hybrid greenhouse solar dryer consists of evacuated tube solar collector and heat exchanger kept inside the dryer that also act as the drying bed. The performance of developed dryer is evaluated with and without evacuated tube solar collector. The maximum room temperature inside the dryer with collectors is found 21.4% higher than the dryer without ETC. The average temperature difference between the room and ambient air temperature for the case of dryer with collector is 16°C while in case of dryer without ETC it is 7.51°C only. Hence the developed dryer is effective for drying of high moisture crops.
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空载条件下带和不带真空管集热器的温室太阳能干燥机性能评价
本文对一种混合型主动温室太阳能干燥机进行了空载工况下的性能评价。混合型温室太阳能干燥器由真空管太阳能集热器和热交换器组成,热交换器同时也是干燥床。对研制的干燥机进行了性能评价,并对有无真空管太阳能集热器进行了评价。有集热器的烘干机内的最高室温比没有ETC的烘干机高21.4%。带有集热器的干燥器的房间和环境空气温度的平均温差为16°C,而没有ETC的干燥器的房间和环境空气温度的平均温差仅为7.51°C。因此,所研制的干燥机对高水分作物的干燥是有效的。
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Integrated Energy Creation Using Wind Energy and Solar Energy A Review on Application of Condition Indicators for Fault Detection in Rolling Machine Elements Performance Assessment of Greenhouse Solar Dryer with and without Evacuated Tube Solar Collector under no-load
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