Our simulation results based on IEC 61215 show that the maximum principal stress and deformation in the critical layers is within limits. The method is analyzed using finite element analysis method and tested using experiments. By applying an external source of vibration, the solar panels vibrate, excites its fundamental frequencies and cleans by its own. In this paper, we propose a novel self-cleaning mechanism for solar panels, with an understanding of the structural integrity of the Photovoltaic laminate and application of external mechanical vibration. Cleaning of this layer is critical to the operation of the solar panel and often requires great effort and energy on a large-scale solar array. They form an insulating and opaque layer on the surface of the glass, which obstructs its heat transfer and optical properties, thereby reducing the overall yield efficiency of the solar panel. In the Middle East and North Africa region, the primary culprit is dust and sand. The Photovoltaic modules are usually installed on the ground which exposes it to surface deposition of foreign particles.
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