This work summarizes a non–dimensional performance analysis of a small-scale humidification-dehumidification system (HDH) driven by hybrid photovoltaic-thermal (PV/T) solar collectors for water desalination. A model was developed to the optimal working conditions in a generalized formulation, starting from the effectivenesses of the components and the operating parameters, namely the feed water to air mass flow rate ratio (MR) and the fresh water to feed water mass flow rate recovery ratio (RR).
Non-Dimensional Analysis of a Hudimification-Dehumidification System Driven by PV/T Collectors for Desalinate Water Production
Simonetti, Riccardo;Molinaroli, Luca;Manzolini, Giampaolo
2019-01-01
Abstract
This work summarizes a non–dimensional performance analysis of a small-scale humidification-dehumidification system (HDH) driven by hybrid photovoltaic-thermal (PV/T) solar collectors for water desalination. A model was developed to the optimal working conditions in a generalized formulation, starting from the effectivenesses of the components and the operating parameters, namely the feed water to air mass flow rate ratio (MR) and the fresh water to feed water mass flow rate recovery ratio (RR).File in questo prodotto:
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Experimental Performance Evaluation of a Solar-Assisted Heat Pump Driven by PVT Panels in Real Ambient Conditions.pdf
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