Feasibility Study of a Solar Carport System in the Parking Area of Factory in New Valley Governorate; Connected to the Grid

Abstract Solar electricity is an important factor for future energy sustainability. As the world's population grows, so does the demand for energy. Solar energy is one of the most promising sustainable energy sources that are developing quickly. The advantages of solar-powered parking solutions will be covered in the current research paper, along with some of their key characteristics. Technical and financial viability of installing a solar power generation system in the rear parking lot of a factory in Egypt's New Valley Governorate are covered in this paper. This study assesses solar energy's potential as a sustainable solution in light of growing energy demands and a dedication to lowering carbon footprints. This study evaluates the performance of the suggested solar power generation system using PVSyst simulation. According to the simulation results, the crystal module has a 610 watt rated power and is of the Jinko JKM-610N-78HL4-BDV brand. The total output of the 1872 PV modules in the solar parking lot is 924 kW ac, with 760 V and 1390 A. Eight inverters and three boosters connect these groups to the grid. This proposed facility has 1142 kWp of total electricity. An annual total of 2211.5 megawatt hours of generated electricity were supplied to the system. The advantages of solar-powered parking solutions; that include lowering carbon footprint, will be covered in this article, along with some of their key characteristics. Technical and financial viability of installing a solar power generation system in the parking lot of a factory in New Valley Governorate; Egypt, are also stated.