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Fabrication and testing of double-sided solar collector dryer for drying banana

机译:双面太阳能收集器烘干机的制作和测试烘干香蕉

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A double-sided solar collector dryer was designed to be installed on both sides of a drying chamber. The solar collector was tilted at an angle of 15° to the ground and had a total receiving area of 7 m2. After drying banana from an initial moisture content of 68.5% (w.b.) for 5 days, the banana final moisture contents in the dryer and from open sun drying were 17.4% (w.b.) and 27.3% (w.b.) respectively. The highest air temperature in the drying chamber was 62.7°C and the average temperature was 54.1°C, which was 13.6 °C higher than from natural sun drying. The high drying rate of the solar collector dryer reduced the banana moisture content 1.3–1.5 times faster than by sun drying. The average thermal efficiency for the dryer and solar collector were 13% and 21.9%, respectively.
机译:双面太阳能收集器烘干机设计成安装在干燥室的两侧。 太阳能收集器以15°的角度倾斜到地面,并且总接收面积为7平方米。 从初始水分含量为68.5%(W.b.)的香蕉5天后,干燥器中的Banana最终水分含量分别为17.4%(W.B.)和27.3%(W.B.)。 干燥室中的最高空气温度为62.7℃,平均温度为54.1℃,比自然阳光干燥高13.6°C。 太阳能收集器干燥机的高干燥速率降低了Banana水分含量比太阳干燥快1.3-1.5倍。 干燥器和太阳能收集器的平均热效率分别为13%和21.9%。

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