Assessment of Photovoltaic Panel Efficiency at Various Tilt Angles in Mersin Province During the Cooling Season
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Keywords:
Photovoltaic Panel Efficiency, Tilt Angle, Cooling Season, Mersin, Solar RadiationAbstract
This study evaluates the efficiency of photovoltaic (PV) panels in Mersin Province during the
cooling season by analyzing performance optimization under varying tilt angles. During the summer
months, when solar radiation reaches the Earth at higher angles, it is crucial to adjust PV panels to the
optimal tilt angles to maximize efficiency. For this purpose, local meteorological data for Mersin Province
were analyzed using the EnergyPlus software, and the performance of PV panels under various tilt angles
was simulated. The study examines the variations in panel efficiency caused by environmental conditions
and evaluates the outcomes achieved at different tilt angles. Through the integration of theoretical
calculations and simulation techniques, the impact of tilt angle on the energy production of PV panels was
comprehensively assessed. Initial findings indicate that steeper tilt angles during summer months enhance
solar radiation capture, thereby increasing efficiency. Furthermore, the research underscores the importance
of determining optimal tilt angles specific to each geographical region as a key strategy to improve the
efficiency of PV systems. This study contributes to improving energy efficiency by identifying suitable tilt
angles to optimize the performance of PV panels in Mersin Province during the cooling season.
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References
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