Design, performance, and techno‐economic analysis of a rooftop grid‐tied PV system for a remotely located building

The utilization of fossil fuel leads to excessive CO2 emissions that have negative impacts on the environment. continued trend this practice may result in an increase occurrence storms, cyclones, starvation, and floods, as well a rise atmospheric temperature. Therefore, focus should be renewable energy sources, they emit less CO2. This study presents design modeling 135-kW solar PV grid-connected power generation system for university's remotely located building. is designed function optimally area with average radiation 585.8 W/m2. technical, financial, annual performance demonstrated, which includes fixed-mounted racking 26° fixed-tilt angle structures monofacial panels. validated simulated using PVsyst designing On-Grid SketchUp shadow analysis tools determine system's ideal size, technical requirements, electrical output. Moreover, two different inverters (Company A Company B inverters) were used compare analyse same panel. project's results impact choice install minimize consumption.