Solar Thermal Cooling vs. Photovoltaic Solar Cooling in (MENA) Region - Badran, Younis
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A comparison and analyses of solar thermal and solar photovoltaic (PV) air-conditioning technologies for a Typical Single Family House (TSFH) in two different MENA climates, Aswan-Egypt and Aqaba-Jordan, are performed. The building cooling demand is firstly obtained from annual building simulation in TRNSYS software. Based on these simulation results, three scenarios are designed in order to compensate the TSFH's annual cooling demand in each selected climate. These scenarios are solar thermal air-conditioning with storage (absorption chiller), PV air-conditioning without storage and PV…mehr

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Produktbeschreibung
A comparison and analyses of solar thermal and solar photovoltaic (PV) air-conditioning technologies for a Typical Single Family House (TSFH) in two different MENA climates, Aswan-Egypt and Aqaba-Jordan, are performed. The building cooling demand is firstly obtained from annual building simulation in TRNSYS software. Based on these simulation results, three scenarios are designed in order to compensate the TSFH's annual cooling demand in each selected climate. These scenarios are solar thermal air-conditioning with storage (absorption chiller), PV air-conditioning without storage and PV air-conditioning with storage. The cooling compensation is simulated by Matlab-Simulink for each scenario.
Autorenporträt
Badran, Younis
Younis Badran from Palestine, MS.c. in Renewable Energy and Energy Efficiency, Kassel University, Germany. BS.c. in Chemical Engineering for Environment, Mutah University, Jordan. I have 7 years Experience in RE and Environment, one of the returning Experts at CIM/GIZ Program and General Manager at German Engineering Office-RE&EN in Palestine.