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Article Dans Une Revue Applied Thermal Engineering Année : 2022

Development of a night-time radiative sky cooling production & storage system: A proposal for a robust sizing and potential estimation methodology

Résumé

This paper proposes a sizing method to guide the design of water-circulating radiative sky cooling systems and water-based energy storage solutions. Following this method, the choice of operational flow rate in the radiative sky cooling (RSC) panels and the water storage is based on four indicators: sub-ambient temperature, cooling power density, minimum storage temperature and useful energy stored. The method is applied to the BaityKool Solar Decathlon Middle East (SDME) prototype in order to design a water-radiative sky cooling system with storage in the climatic conditions of Dubai. We developed passive strategies for the BaityKool prototype, including a multi-functional innovative exterior wall and a semi-indoor courtyard space, combined with active solutions (in particular a hydraulic radiative sky cooling system). The experimental campaign conducted on the RSC system over three successive nights in November (ambient air temperature between 22.7 and 31.4 °C) indicates an average cooling power of 30–45 W m−2 for a maximum sub-ambient temperature drop of 2.8 °C, and shows that great attention to the water pipes and storage insulation can lead to an increase in the thermal performance of radiative sky cooling systems.
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hal-03782126 , version 1 (22-07-2024)

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Zakaria Aketouane, Denis Bruneau, Alain Sempey, Ryad Bouzouidja, Philippe Lagiere, et al.. Development of a night-time radiative sky cooling production & storage system: A proposal for a robust sizing and potential estimation methodology. Applied Thermal Engineering, 2022, 211, pp.118378. ⟨10.1016/j.applthermaleng.2022.118378⟩. ⟨hal-03782126⟩
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