Study and design of an aerovoltaic system - BEN HASSINE, Malek;Baklouti, Ismail;Driss, Zied
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As part of the collaboration between the ENIS electromechanical systems laboratory and SENCOM, we are interested in studying an aerovoltaic system for heating and air conditioning. In the first phase, we proposed solutions for operating the air handling circuit under different conditions in order to prepare an appropriate design for the PVT-air system. In the second phase, we designed a complete system consisting of three sub-assemblies, including the aerovoltaic kit, the test cabin and the cooling system, while ensuring reliability in terms of implementation. In the third phase, we developed…mehr

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Produktbeschreibung
As part of the collaboration between the ENIS electromechanical systems laboratory and SENCOM, we are interested in studying an aerovoltaic system for heating and air conditioning. In the first phase, we proposed solutions for operating the air handling circuit under different conditions in order to prepare an appropriate design for the PVT-air system. In the second phase, we designed a complete system consisting of three sub-assemblies, including the aerovoltaic kit, the test cabin and the cooling system, while ensuring reliability in terms of implementation. In the third phase, we developed a numerical simulation to study the air flow in our system by selecting modelling parameters compatible with our application.
Autorenporträt
Malek BEN HASSINE: In¿ynier elektromechanik.Ismail BAKLOUTI: In¿ynier elektromechanik i kierownik Sustainable Energy Company (SENCOM).Zied DRISS: profesor w Ecole Nationale d'Ingénieurs de Sfax (ENIS) i kierownik projektu w Laboratoire des Systèmes Electromécaniques (LASEM).