Abstract
The poor performance of flat air solar collectors in the absence of a turbulence promoter has led researchers to investigate other means to improve the performance of the collector. In the development of the improvement of the heat exchange in the air flow of the plane solar collector to air is the creation of baffles or obstacles to give a longest possible flow path and create a large turbulence networks possible. In this article we have studied an air flow around a circular obstacle field in a Flat Plate air solar collector, using software from the Ansys CFX calculator, we make a digital similarity in 3 D and we give results on heat transfer in the fluid vein and the aim of this study is to show the effect of circular obstacles for fluid flow and heat transfer in the fluid stream of planar air solar collector.
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