Thermodynamics and Intelligent Control of a Harvesting Water System

A. Toumi, R. Boucetta, Saloua Bel Hadj Ali
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Abstract

This article deals with modeling and control of an autonomous device for harvesting potable water,leading to performance improvement. The technique of agricultural greenhouse phenomenon is essentially used to determine a thermodynamic model of the harvesting water system, that is simple and realistic to design the behavior of the whole water-climatic harvest. The obtained model will be applied to develop an intelligent controller based on fuzzy logic concepts, presenting a power ful mean to optimise and facilate the climatic mangement of the device. To simulate the proposed harvest water system, climatic data of a humid and arid region us Gabes city are opted for the optimisation of state variablles favorable to condensation.
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集水系统的热力学与智能控制
本文讨论了用于收集饮用水的自主设备的建模和控制,从而提高了性能。农业温室现象技术本质上是用来确定收获水系统的热力学模型,该模型简单而现实地设计了整个水-气候收获的行为。所获得的模型将应用于开发基于模糊逻辑概念的智能控制器,为优化和促进设备的气候管理提供了强有力的手段。为了模拟所提出的采收水系统,我们选择了Gabes市潮湿干旱地区的气候数据来优化有利于凝结的状态变量。
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