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Simulation of Heating Cell in a New Integrated Solar Plate-fin Desalination Unit by Fluent

机译：Fluent对新型集成太阳能板翅式海水淡化装置中加热单元的仿真

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Supply of adequate quantities of fresh potable water is one of the most serious problems confronting human. To resolve this crisis, solar distillation is a typical process where solar energy is used to distil fresh water from saline or brackish water for drinking purposes and other applications. It is generally classified into passive and active distillation systems. This study proposed a new solar plate-fin distillation system that was designed to increase the productivity and improve the efficiency of the solar plate-fin still. The solar still worked by virtue of the higher evaporation rate under vacuum conditions. A mathematical model was developed and used to optimize the design of the heating cell. Also, presented and discussed in a detail description of local and average heat transfer characteristics of the serrated fins. Results indicated different structure of heating cell has a significant effect on the characters of the new solar plate-fin desalination unit.
机译：充足的新鲜饮用水供应是人类面临的最严重的问题之一。为了解决这一危机，太阳能蒸馏是一种典型的过程，其中太阳能被用来从盐水或微咸水中蒸馏出淡水以用于饮用和其他用途。它通常分为被动蒸馏系统和主动蒸馏系统。这项研究提出了一种新的太阳能板翅式蒸馏系统，该系统旨在提高生产率并提高太阳能板翅式蒸馏器的效率。由于在真空条件下较高的蒸发速率，太阳能仍然可以工作。开发了数学模型并将其用于优化加热单元的设计。此外，在锯齿状鳍片的局部和平均传热特性的详细描述中进行了介绍和讨论。结果表明，不同的加热单元结构对新型太阳能板翅式海水淡化装置的性能有重大影响。

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