Science Target Conference Systems, Ajman 4th International Environment Conference 2016

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Effect of New Ellipse Design on the Performance Enhancement of PV/T Collector: CDF Approach
Ali Najah Al-Shamani, Kamaruzzaman Sopian

Last modified: 2016-01-15


Photovoltaic and thermal collectors are combined asa photovoltaic/thermal (PV/T) collector system to increase collector efficiency. The efficiency of photovoltaic collectors is known to decrease when ambient temperature increases and vice versa. PV/T collector systems function by absorbing the heat gained from the sun via photovoltaic panels and by converting this heat into electrical energy. Simulations CFD have been investigated to explore the impact of different mass flow rates against photovoltaic and thermal efficiencies of PVT collector using FVM. New ellipse design of collector have been modeled and investigated to generate hot water and electricity. In this simulation, the absorber collectors were assumed to be attached underneath the photovoltaic (PV) module, and water is used as a heat transfer medium in absorber collectors. The results shown that new ellipse absorber collector generates a combined PV/T efficiency of 72.5% with electrical efficiency of 11.9%. The efficiency of the PV/T system should be improved further by developed the surfaces between the absorber and solar panel (PV module). However, different types of PV cells, such as amorphous silicon cell with black mat surface property, should be used to improve the thermal absorption of PV/T systems.