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dc.contributor.authorGhellab, Amel
dc.contributor.authorKabi, Abdennacer
dc.date.accessioned2018-03-13T11:31:04Z
dc.date.available2018-03-13T11:31:04Z
dc.date.issued2018-02-11
dc.identifier.urihttp://hdl.handle.net/123456789/136290
dc.description.abstractThe growing in demand of energy risks exhausting totally different conventional fields, so in order to mitigate many states turn to deal with it and in the same time they wanted to maximize performance with less costs. Thus we have developed a study highlighting the use of solar by introducing the hybrid photovoltaic / thermal collector consisting of a PV module under which a heat exchanger is provided to ensure the cooling of the cells. The energy produced will be used to generate electricity and heat. At this stage we have studied the feasibility by taking two elements that are plastics as cover and nanofluids as cooling fluid. Regarding plastics, these have proved to be the most widely used materials for the manufacture of various components, in particular those of solar heating ... etc. As for nanofluids, it is a new technology that has revolutionized all those that have preceded it because they have high thermo physical properties. At this stage, the study proposes the simulation of two different systems in forced convection inside the fluid channel, both for plastics and for nanofluids, the two systems proposed were based on the development of an energy balance between the different nodes of the system. Hence the equations will be discretized and then introduced into a program written in Matlab for the purpose of calculating the unknowns and also being able to validate our results. The results show that the use of PMMA is beneficial for transmitting more radiation compared to the glass and as for the nanofluids, the extraction of the heat under the panel proved to be better compared to the conventional fluids.fr_FR
dc.language.isofrfr_FR
dc.publisherجامعة الإخوة منتوري قسنطينةfr_FR
dc.subjectCellule PVfr_FR
dc.subjectcapteur solairefr_FR
dc.subjectverrefr_FR
dc.subjectPMMAfr_FR
dc.subjectairfr_FR
dc.subjecteaufr_FR
dc.subjectnanofluidesfr_FR
dc.subjectmodélisationfr_FR
dc.subjectsimulationfr_FR
dc.subjectperformancesfr_FR
dc.subjectPV cellfr_FR
dc.subjectsolar collectorfr_FR
dc.subjectglassfr_FR
dc.subjectwaterfr_FR
dc.subjectnanofluidsfr_FR
dc.subjectmodelingfr_FR
dc.subjectالخلايا الكهروضوئيةfr_FR
dc.subjectتجميع الطاقة الشمسيةfr_FR
dc.subjectالزجاجfr_FR
dc.subjectالهواءfr_FR
dc.subjectالماءfr_FR
dc.subjectالناتو المانعfr_FR
dc.subjectالنمذجةfr_FR
dc.subjectالمحاكاةfr_FR
dc.subjectالأداءfr_FR
dc.titleModelisation et optimisation des capteurs solaires hybrides.fr_FR
dc.typeThesisfr_FR


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