Simulation and experimental performance analysis of partially floating PV system in windy conditions

The floating solar photovoltaic system (FPVT) is a new concept for energy harvesting that contributes to growing demand but with higher performance compared the land-based (LBPV). working temperature of an FPVT lower and efficiency better than LBPV system. current experimental study aims further enhance superiority PV technology through innovative partially (FPVWS) more harvest. underwater portion allows reliable management via mutual heat transfer ambient water consequently enhances electricity production. Then set up has been constructed examine FPVWS under real windy conditions reason such dominance was explained. acquired data demonstrated reduced by11.60%, output power rose by about 20.28%, electrical 32.82% at 49% increment in wind speed. module improved submerging technique favorable northerly-westerly flow direction, which provided most gain its performance. levelized cost decreased 17% along reduction global average CO2 emissions 69.51 kg CO2/summer season