Impact on Solar Energy Generation with Dual-Axis Solar Tracking System Including Different Weather Conditions

The term solar energy refers to the radiation in light energy and the heat of the sun is received in high amounts. The solar energy that is received from the sun reaches the surface from the 6 surface or layers that travel from the sun to power the environment. Light from the sun travels 93 million miles per kilometer from the sun to the various atmospheric layers 51% of the solar energy is absorbed by the land and ocean and the remaining energy is transmitted from one form to another form that can be utilized in another form of the energy. The energy of the sun that is emitted in the daytime depends on the surface latitude angle which is a tilt on the surface. The solar energy of the sun is available in the form of radiation at different levels according to the time variation and location, earth’s surface that changes according to time to time, day by day, and year by year. This energy can be utilized by using semiconductor devices like PN junction semiconductor materials that are made of silicon, and germanium. Silicon semiconductor materials are utilized to fabricate the semiconductor chips and repair the computers and other electronic devices. Solar cells are made of semiconductor material for the production of energy this process at call fabrication. A p–n junction semiconductor device made of silicone is generally used to fabricate semiconductor chips for computers and other electronic devices. When sunlight hits the cells, the solar cell generates direct current (DC) electric power. SPV module is a single mono-block unit having a fixed number of solar cell strings (36, 72, etc.), which is the fundamental building block of SPV systems. It consists of Solar cell strings sealed between the layers of Ethyl Vinyl Acetate (EVA). Solar energy generation can be increased by the tracking of the solar Self through the solar tracking power system in terms of the dual axis. 18% efficiency at the solar system can be increased through the tracking system. Solar energy can be used for the heating of water, heating of the building, drying agriculture and animal products, electric power generation through Solar radiation through the sun, thermal power production, solar pumping, and utilization of electric vehicles through solar energy.