Thermal Performance of Greenhouse Solar Dryer with Single and Double Evacuated Tube Solar Collector under no-load

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Abstract

Solar dryers are the sustainable solution for meeting the food requirement of rising population in future. The crops and other edible products can be dried to safe moisture level and then it can be stored for longer duration. An evacuated tube solar collector is attached to the hybrid greenhouse solar dryer. The thermal performance analysis of the developed hybrid dryer is carried out in active mode under no-load condition. The effect of single ETC and two ETC connected in series on the performance of the developed dryer are analyzed in the paper. The dryer with double ETC gives maximum of 22.6% higher room temperature than the dryer with single ETC. The dryer gives better performance with two ETC as higher room temperature will provide the faster drying rate but it also increase the capital cost of the dryer.
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单、双真空管太阳能集热器温室太阳能干燥机空载热性能研究
太阳能烘干机是满足未来不断增长的人口对食物需求的可持续解决方案。农作物和其他可食用产品可以干燥到安全的湿度水平,然后可以储存更长的时间。真空管太阳能集热器连接在混合温室太阳能干燥器上。对研制的混合式干燥机进行了空载工况下主动模式的热性能分析。分析了单ETC和双ETC串联对所研制的干燥机性能的影响。双ETC的烘干机比单ETC的烘干机室温最高提高22.6%。使用两个ETC的烘干机性能更好,因为较高的室温将提供更快的干燥速度,但也增加了烘干机的资本成本。
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Journal of Modern Thermodynamics in Mechanical System Thermal Analysis and Optimization of Conformal Cooling Channels in Injection Moulding Machine to Reduce Cycle Time Thermal Performance of Greenhouse Solar Dryer with Single and Double Evacuated Tube Solar Collector under no-load
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