太阳能海水淡化厂的能源分析

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摘要

近年来,在难以获得清洁水源的地区对海水淡化系统进行了许多研究。海水淡化是利用太阳能作为能源,将咸水或微咸水提炼成清洁水的方法。这种脱盐过程是一种实用的替代方法,可用于提供可再生能源,用于生产清洁的水。为了进行能量分析,热力学第一定律被用作基础。本研究旨在获得太阳能海水淡化系统获得的能量的结果,并确定对系统蒸发水获得的能量有很大影响的因素。本次研究使用的方法是对太阳能脱盐装置进行为期8天的试验。结果表明:系统产生的最高热能为8.98 kWh,最低热能为1.56 kWh,影响系统产生热能的因素为换热系数和蒸馏水的产水量。
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Analisis Energi Pada Alat Desalinasi Tenaga Surya
In recent times, many studies have been carried out on desalination systems in areas that have difficulty in obtaining clean water sources. Desalination is a method used to distill salt water or brackish water into clean water using solar power as its energy source. This desalination process is a practical alternative that can be used to offer renewable energy sources that are used to produce clean water. To perform energy analysis, the first law of thermodynamics is used as a basis. This study aims to obtain the results of the amount of energy obtained from the solar desalination system and to determine the factors that greatly affect the amount of energy obtained from the system for evaporating water. The method used in this research is an experiment by testing a solar desalination device for eight days. The results show that the highest thermal energy produced is 8.98 kWh and the lowest is 1.56 kWh, and the factors that influence the amount of thermal energy are the heat transfer coefficient and the amount of distilled water produced by the system.
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