Solar Panel in Periodic Flow Using Comsol
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Department of Electrical and Electronic Engineering, Islamic University of Technology (IUT) The Organization of Islamic Cooperation (OIC) Board Bazar, Gazipur-1704, Bangladesh
Abstract
Solar panel in one of the appealing topics and a work of importance for the current world. For
this renewable energy the new energy surge of the whole world has increased. With the
increasing growth of this renewable energy (solar energy) and the increase of solar panels the
world is now focusing on the greater efficiency of the solar panels. In this study the main case is
the periodic flow on solar panel and a model simulation created in COMSOL.
This model represents the investigation of solid breeze stream around a solar panel and the
comparing basic relocation because of the breeze's heap. The solar panel is situated in a variety
of similarly separated indistinguishable boards, which takes into account the supposition that the
occasional stream conditions can be applied in the stream wise direction. The model sets the free
flow velocity flow field of 25 m / s (Re = 6.6x106) and incorporates structural pressures caused
by the displacement of people in their areas. The model uses two different tests the first defines a
storm stream around the solar panel using the Turbulent Flow, k-ε physics interface; some solves
structural and relocation pressures using the Solid Mechanics physics interface. Fluid-Structure
Combination, Fixed Geometry Multiphysics coupling is used to pair the fluid flow limits of
fluids from liquids to solids.
Description
Supervised by
Prof.Dr.Md.Fokhrul Islam
Electrical and Electronics Engineering (EEE)
Islamic University of Technology (IUT)
Board Bazar, Gazipur, Bangladesh
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Citation
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