Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204806906> ?p ?o ?g. }
- W3204806906 endingPage "101481" @default.
- W3204806906 startingPage "101481" @default.
- W3204806906 abstract "This paper simulates a simple solar panel and the solar panel with a cooling system. The present paper aims to perform an economic and exergy study of PV and PVT 250 W and to compare the return on investment for the operating conditions in China. PVT working fluid is MgO/water nanofluid. PVT cooling system includes a special arrangement of copper tubes placed at its bottom, which cools the panel and produces hot water. COMSOL Multiphysics software and finite element method are employed for numerical analysis and simulation of solar panels. An in-house code is MATLAB code and meteorological data from China are used for economic analysis. The variables include the volume percentage of nanoparticles that is between 0 and 1% and the volume flow rate from 0.5 to 4 lit/min. The results of this study show that enhancing the nanofluid flow in the cooling system makes the panel cooler and reduces the amount of exergy output. The addition of nanoparticles, especially at low nanofluid flow rates, enhances the exergy output. The trend of changes in exergy efficiency with the variations of volume percentage of nanoparticles and volume flow rate is similar to that of the exergy output. The results demonstrate that an increment in the flow rate from 0.5 to 4 lit/min reduces the efficiency by 2.03%. Adding 1% nanoparticles increases the exergy efficiency by 0.45% at a volume flow rate of 0.5 lit/min. The economic analysis of the solar panel shows that the investment recovery is 6 years for PV and 4 years for PVT." @default.
- W3204806906 created "2021-10-11" @default.
- W3204806906 creator A5014007067 @default.
- W3204806906 creator A5019223560 @default.
- W3204806906 creator A5042074245 @default.
- W3204806906 creator A5048788368 @default.
- W3204806906 creator A5080861844 @default.
- W3204806906 creator A5081624037 @default.
- W3204806906 creator A5086170051 @default.
- W3204806906 date "2021-12-01" @default.
- W3204806906 modified "2023-10-02" @default.
- W3204806906 title "Energy, exergy and economics study of a solar/thermal panel cooled by nanofluid" @default.
- W3204806906 cites W1666284212 @default.
- W3204806906 cites W1989191188 @default.
- W3204806906 cites W1989950784 @default.
- W3204806906 cites W2068089232 @default.
- W3204806906 cites W2069818258 @default.
- W3204806906 cites W2091926121 @default.
- W3204806906 cites W2148166950 @default.
- W3204806906 cites W2232190706 @default.
- W3204806906 cites W2342505066 @default.
- W3204806906 cites W2417158287 @default.
- W3204806906 cites W2556255229 @default.
- W3204806906 cites W2560080915 @default.
- W3204806906 cites W2560528323 @default.
- W3204806906 cites W2587454112 @default.
- W3204806906 cites W2743674767 @default.
- W3204806906 cites W2753886324 @default.
- W3204806906 cites W2758904113 @default.
- W3204806906 cites W2770564579 @default.
- W3204806906 cites W2770731167 @default.
- W3204806906 cites W2772010314 @default.
- W3204806906 cites W2782588225 @default.
- W3204806906 cites W2791158858 @default.
- W3204806906 cites W2800760575 @default.
- W3204806906 cites W2804574051 @default.
- W3204806906 cites W2806842414 @default.
- W3204806906 cites W2808829409 @default.
- W3204806906 cites W2862532127 @default.
- W3204806906 cites W2884143808 @default.
- W3204806906 cites W2890484329 @default.
- W3204806906 cites W2893316097 @default.
- W3204806906 cites W2894964693 @default.
- W3204806906 cites W2895305692 @default.
- W3204806906 cites W2895950185 @default.
- W3204806906 cites W2901230681 @default.
- W3204806906 cites W2901620841 @default.
- W3204806906 cites W2902108286 @default.
- W3204806906 cites W2905780621 @default.
- W3204806906 cites W2939162669 @default.
- W3204806906 cites W2945065834 @default.
- W3204806906 cites W2948475473 @default.
- W3204806906 cites W2951183054 @default.
- W3204806906 cites W2966918965 @default.
- W3204806906 cites W2969541435 @default.
- W3204806906 cites W2978527473 @default.
- W3204806906 cites W2986120302 @default.
- W3204806906 cites W2995456772 @default.
- W3204806906 cites W3003569071 @default.
- W3204806906 cites W3004816072 @default.
- W3204806906 cites W3011754200 @default.
- W3204806906 cites W3015667047 @default.
- W3204806906 cites W3023244905 @default.
- W3204806906 cites W3026720690 @default.
- W3204806906 cites W3027153158 @default.
- W3204806906 cites W3035534899 @default.
- W3204806906 cites W3040455845 @default.
- W3204806906 cites W3089682080 @default.
- W3204806906 cites W3107258467 @default.
- W3204806906 cites W3133856140 @default.
- W3204806906 cites W3135384036 @default.
- W3204806906 cites W3137088284 @default.
- W3204806906 cites W3159907446 @default.
- W3204806906 cites W3169766206 @default.
- W3204806906 cites W3190527965 @default.
- W3204806906 doi "https://doi.org/10.1016/j.csite.2021.101481" @default.
- W3204806906 hasPublicationYear "2021" @default.
- W3204806906 type Work @default.
- W3204806906 sameAs 3204806906 @default.
- W3204806906 citedByCount "22" @default.
- W3204806906 countsByYear W32048069062022 @default.
- W3204806906 countsByYear W32048069062023 @default.
- W3204806906 crossrefType "journal-article" @default.
- W3204806906 hasAuthorship W3204806906A5014007067 @default.
- W3204806906 hasAuthorship W3204806906A5019223560 @default.
- W3204806906 hasAuthorship W3204806906A5042074245 @default.
- W3204806906 hasAuthorship W3204806906A5048788368 @default.
- W3204806906 hasAuthorship W3204806906A5080861844 @default.
- W3204806906 hasAuthorship W3204806906A5081624037 @default.
- W3204806906 hasAuthorship W3204806906A5086170051 @default.
- W3204806906 hasBestOaLocation W32048069061 @default.
- W3204806906 hasConcept C113146524 @default.
- W3204806906 hasConcept C116915560 @default.
- W3204806906 hasConcept C121332964 @default.
- W3204806906 hasConcept C127413603 @default.
- W3204806906 hasConcept C135628077 @default.
- W3204806906 hasConcept C172120300 @default.
- W3204806906 hasConcept C192562407 @default.