The thesis covers the field of modeling and development of solar cells. With
the help of the CROWM (Combined Ray Optics/Wave Optics Model) simulator,
which works on the basis of geometrical and wave optics, we will model solar cells
with different randomly textured surfaces between layers of materials.
Originally, a generator of randomly textured surfaces was created with calculations
of the effective roughness and the correlation length. We use the mentioned
parameters to separate and classify randomly textured surfaces. This was followed
by the development of an automation program that sequentially generates
the surface for us and performs the simulation. Finally, we evaluated the influence
of different randomly textured surfaces on the efficiency of the simulated
solar cells.
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