The influence of the incoming air velocity with the fan on the inlet side of an air-water generator on the freshwater mass

M. Mirmanto, M. Wirawan, Gagas Irhami
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Abstract

The air-water generator is a promising device to provide freshwater in the future. However, the machine still produces less freshwater; hence, a study of the effect of air velocity with a fan installed at the entrance of a simple air-water generator on the freshwater mass was conducted under environmental conditions. The air velocities varied were 4 m/s, 5 m/s, and 6 m/s. The air-water generator was made from a refrigeration machine system using R134a refrigerant as the working fluid. The compressor specification was 1 PK rotary type. The results show that the highest average freshwater mass obtained is 1241 g for 7 hours, the highest COP was 4.72, and the highest total heat transfer rate is 208.21 J/s.
空气-水发生器进口侧风机的入风速度对淡水质量的影响
空气水发生器是未来提供淡水的一种很有前途的装置。然而,这台机器产生的淡水仍然较少;因此,在环境条件下,研究了在简易空气-水发生器入口处安装风扇的风速对淡水质量的影响。风速变化为4 m/s、5 m/s、6 m/s。以R134a制冷剂为工质的制冷机组系统为基础,研制了空气-水发生器。压缩机规格为1pk旋转式。结果表明:7 h的最高平均淡水质量为1241 g,最高COP为4.72,最高总换热率为208.21 J/s。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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