使用液体干燥剂的太阳能辅助除湿系统(设计)

A. Prabhu, Vibhav Pothare, S. Patil, Omkar Khilare
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摘要

全球每年约有三分之一的粮食产量(约13亿吨),价值约1万亿美元,在采后操作过程中损失。印度是一个以农业为主的国家,每年种植大量农产品,但由于缺乏适当的储存设施,大量的农产品,如谷物、洋葱、土豆等,由于大气湿度而变质或腐烂。印度在收获后损失了502389吨大米和133206吨小麦。印度农民每年收获后损失9265.1亿卢比。主要的破坏因素是水分。此外,对于鱼库、蔬菜库等潜在负荷较大的空调系统,在冷却空气之前去除水分将大大提高系统的冷却功率。这些因素都成为食品耗电量大、损耗大的原因。通过这个项目,我们试图建立一个经济的机器,可以促进在潮湿的国家,如印度的粮食储存。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar Assisted Dehumidification System Using Liquid Desiccant (Design)
Approximately one-third of the food produced (about 1.3 billion ton), worth about US $1 trillion, is lost globally during postharvest operations every year. India, being agricultural dominated country, large amount of agricultural products is cultivated each year, but due to lack of proper storage facilities considerable amount of agricultural products like grains, onions, potatoes gets spoiled /rote due to atmospheric moisture. India has incurred post harvest losses to the tune of 502,389 metric tons of rice and 133,206 metric tons of wheat. Indian farmers incur Rs 92,651 Crores per year in post-harvest losses. The main spoiling factor is moisture. Also in case of air conditioning systems like fish storages, vegetable storages with heavy latent loads, removing the moisture content prior to cooling of air will drastically increase cooling power of system. All of these factors become the reason of high power consumption and loss of food products. Through this project we are trying to build an economical machine that can facilitate food storage in humid countries like India.
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