Solar photovoltaic (PV) technology has become a feasible substitute for conventional grid-sourced power and a promising solution for sustainable energy generation. PV systems can reduce the burden on electricity networks and lessen dependency on fossil fuels by capturing the sun's abundant energy. This paper suggests designing and simulating a solar photovoltaic system to power Amity University Dubai's sports complex. The complex's rooftop was chosen as the most suitable site for installation because of its high level of sun exposure. To maximize energy production within the limited space, the array layout was carefully adjusted. According to the simulated outcomes, the proposed system is capable of producing an impressive 89.93 megawatt-hours (MWh) of electricity every year. A significant 75.99 MWh can be supplied to the grid after system losses are taken into consideration, helping to meet the complex's energy requirements and lessening its carbon impact. The study shows how solar photovoltaic technology can contribute significantly to the field of power generation.