To improve the efficiency of solar cells, an anti-reflective coating was designed and simulated. When incorporated into arrays of devices, anti-reflection coating aids in the development of novel geometrical forms for defining various techniques of light trapping in all directions and enables optimal use of available space. The use of TCAD software for effective module selection and surface texture was suggested as possible enhancement methods. Significant yield gains and loss reductions were made utilizing the system simulation and process simulation platform powered by Silvaco software. To assess the effectiveness of the gadget, a multi-layer anti-reflective coating was created. In simulations using a comparable laser beam, it has been found that the multi-layer coating helps to boost the current that is accessible.