Optimal integration of small scale hybrid solar wind RO-MSF desalination system
作者： B. Heidary , T. Tavakoli Hashjin , B. Ghobadian , R. Roshandel
DOI: 10.1016/J.REF.2018.05.003
关键词: Flexibility (engineering) 、 Desalination 、 Renewable energy 、 Wind power 、 Solar wind 、 Sizing 、 Environmental science 、 Hybrid system 、 Environmental engineering 、 Resource (biology)
摘要: Solar and wind are two main resources of renewable energies that can supply the energy requirement in most world's regions. Iran has desirable condition terms solar also is faced with shortage fresh water resources. Hybrid RO-MSF desalination system works clean wind, could be a sustainable resource for desalination. Hence, this paper evaluating performance salty by hybrid plants, designed optimized. Different models was considered analyzed technically economically. Finally model which used small scale sites presented. Design configurations solar-wind systems done, optimization sensitivity analysis were done simulation code sizing written. Hybridization RO MSF led to an increase reliability flexibility quality produced drinking water. The desalinated price 1.35–1.84$/m3 depends on different models. In integrated RO-MSF1 shown least desalted but large HR3 best results. tests results manufactured justified
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