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首页> 外文期刊>International Journal of Mechanical Engineering and Applications >'Muechas'-design and construction of an active solar dryer for biological materials
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'Muechas'-design and construction of an active solar dryer for biological materials

机译:“ Muechas”-用于生物材料的主动式太阳能干燥机的设计和建造

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This paper presents an original design and construction of a small scale, mobile, universal, ecological, chamber, active, dryer "MUECHAS" for drying medical and aromatic plants and non-timber forest products. The drying process uses only solar energy. The drying agent is a mixture of hot pure air and already used drying agent from the drying chamber exhaust. Pure air is heated in flat plate solar collectors and it is pulled by an electrical fan placed on the top of the drying chamber. The mobility of the collectors and dryer provides optimal utilization of sun energy throughout the day. PV modules, placed on the roof of the dryer, generate all necessary electric power for the fan, the control system and charge a set of accumulators during the day. Experimental results and kinetics of the drying process obtained by the solar dryer prototype are also given.
机译:本文介绍了用于干燥医疗和芳香植物以及非木材林产品的小型,移动,通用,生态,室内,主动式干燥机“ MUECHAS”的原始设计和构造。干燥过程仅使用太阳能。干燥剂是热的纯净空气和干燥室排气中已经使用的干燥剂的混合物。纯净的空气在平板太阳能收集器中加热,并由放置在干燥室顶部的电风扇拉动。集热器和干燥机的移动性可在一整天内提供最佳的太阳能利用。放置在干衣机屋顶上的光伏模块在白天为风扇,控制系统产生所有必要的电力,并为一组蓄电池充电。还给出了通过太阳能干燥机原型获得的干燥过程的实验结果和动力学。

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