Performance evaluation of solar crop dryer integrated with solar air heater

V. Varun
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引用次数: 1

Abstract

The aim of the experimental study is to develop a crop dryer with integrated solar air heater for domestic applications. Indirect drying is better than open sun drying in terms of the quality of the product achieved. The apparatus should also be economically viable for small scale farmers. The above evaluation is to be done by drying products like potatoes, tomatoes, onion, coriander and green chilies. The setup consists of collector plate of 1.3×1.6 m made of GI sheet and V-corrugated grooves with double glass cover. The drying chamber is 0.6×0.3×0.6 m (l×b×h) and has three layers of trays for keeping food items. The collector plate is inclined at 32° for year round application. The key parameters for suitable drying are temperature, humidity and flow rate levels. These parameters determine the moisture removal rates which are important to evaluate the appropriate drying duration for a particular food product.
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集成太阳能空气加热器的太阳能作物干燥机性能评价
实验研究的目的是开发一种具有集成太阳能空气加热器的农作物干燥机。就产品的质量而言,间接干燥优于开放式晒干。对于小规模农民来说,这种设备在经济上也是可行的。上述评估是通过干燥土豆、西红柿、洋葱、香菜和青椒等产品来完成的。装置由GI板制成的1.3×1.6 m集热器板和带双层玻璃罩的v形波纹槽组成。干燥室为0.6×0.3×0.6 m (l×b×h),有三层托盘用于保存食物。集热器板以32°倾斜,适合全年使用。适合干燥的关键参数是温度、湿度和流量水平。这些参数决定了水分去除率,这对于评估特定食品的适当干燥时间非常重要。
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