The Effect of Solar Panel Output Power Analysis with Reflector Angle Optimization and Addition of Heatsink-Fan Cooling System

  • Taufik Hadi Suryo Mechanical Engineering, UPN Veteran Jakarta, Jakarta, Indonesia (ID)
  • Damora Rhakasywi Mechanical Engineering, UPN Veteran Jakarta, Jakarta, Indonesia (ID)
  • Fahrudin Mechanical Engineering, UPN Veteran Jakarta, Jakarta, Indonesia (ID)
Keywords: Solar Panels, Reflectors, Heatsink-Fan

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Abstract

The addition of  reflectors to solar panels  is used to increase the   intensity of sunlight received by  solar  panels  so that the  electrical power generated   by   the panels  increases. In adding reflectors  to solar panels, they must consider various factors to  be able to increase the power generated without having a negative effect on solar   panels , one of which is providing a cooling system.  Therefore, research is needed to  increase the  power generated by solar panels and cooling systems that are suitable for overcoming rising temperatures due to the   addition  of reflectors. The study was conducted by varying the  glass mirror reflector, aluminum foil reflector, angle of the   reflector,  and heatsink-fan cooling system. The research method used in this study was to compare 2 solar panel models, namely: solar panels with the addition of glass mirror reflectors /  aluminum foil  and  heatsink-fan cooling systems, and solar panel models without any addition. The results show that the  solar panel model with the  addition of a glass mirror reflector / aluminum foil can increase the  output power according to   the   angle of the reflector,  the  highest increase reaching 16.70% in the 450-angled aluminum foil mirror  reflector. The heatsink cooling system is  considered to be useful for reducing  the  temperature of solar panels, but the decrease is relatively small below 5%.



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Published
2023-06-30
Section
Articles
How to Cite
Suryo, T. H., Rhakasywi, D., & Fahrudin, F. (2023). The Effect of Solar Panel Output Power Analysis with Reflector Angle Optimization and Addition of Heatsink-Fan Cooling System. Journal of Applied Science, Engineering, Technology, and Education, 5(1), 93-122. https://doi.org/10.35877/454RI.asci1535