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Dataset for "Modeling of daytime radiative cooling enhanced vapor-compression refrigeration systems"

Forte, DavidePolytechnic University of TurinBelotti, ClaudioIstituto Nazionale di OtticaPattelli, LorenzoIstituto Nazionale di Ricerca MetrologicaMorciano, MatteoPolytechnic University of TurinEliodoro ChiavazzoPolytechnic University of TurinPietro AsinariPolytechnic University of TurinMatteo FasanoPolytechnic University of Turin
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The simulation results for the publication "Modeling of Daytime Radiative Cooling Enhanced Vapor-Compression Refrigeration Systems" are organized into three .csv files: 1_parametric_analysis.csv: Contains the results from the parametric analysis on:A) Panel radiative surfaceB) Heat exchanger size (design heat exchanger subcooling)C) Heat transfer fluid flow rate 2_effect_of_location.csv: Contains the results of the analysis assessing energy savings in different locations for various building insulations:A) Las Vegas, Standard building (with analysis of panel radiative surface)B) Riyadh, Standard building (with analysis of panel radiative surface)C) Madrid, Standard building (with analysis of panel radiative surface)D) Turin, Standard building (with analysis of panel radiative surface)E) Las Vegas, Modern buildingF) Riyadh, Modern buildingG) Madrid, Modern buildingH) Turin, Modern building 3_effect_of_material.csv: Contains the results of the analysis assessing energy savings achieved using different emitters (emissivity profiles):A) Spectral Selective + FIR Emissivity Emitter (SSFIR)B) Broadband (BB)C) Spectral Selective (SS)D) Commercial material 1 (C1)E) Commercial material 2 (C2) A detailed description of the parameters analyzed and the glossary adopted can be found in the main text of the publication and in the supplementary material.

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