光伏发电反渗透系统建模

S. Laamari, W. Zghal, H. Kchaou
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引用次数: 3

摘要

突尼斯拥有丰富的盐水资源和重要的太阳能潜力。因此,利用光伏能源进行反渗透淡化苦咸水是生产饮用水的可靠解决方案,从而解决了健康用水短缺的问题。在研究中,我们选择了被 SONEDE(国家水资源开发和分配协会)视为用水大户的旅游业。在此背景下,我们的研究工作的目标是通过反渗透法对苦咸水进行脱盐的自主站的优化和建模,该自主站由光伏发电机供电,为杰尔巴岛的一家酒店制水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling of reverse osmosis system powered by photovoltaic energy
Tunisia has a considerable saline water resources and a so important solar potential. Therefore, the desalination of brackish water by reverse osmosis using the photovoltaic energy presents a reliable solution to produce drinking water so solving the shortage problem of the healthy water. For our study, we have chosen to work in the tourism sector which is considered among the big consumers of water by the SONEDE (National Society of Exploitation and Distribution of Waters). In this context, our research work is situated its objective is the optimization and the modeling of an autonomous station for desalination of brackish water by reverse osmosis powered by a photovoltaic generator to produce water to a hotel situated in the Djerba Island.
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