ANALISIS SUDUT KEMIRINGAN DAN PENDINGIN PERMUKAAN PANEL SURYA TERHADAP OUTPUT PENGISIAN BATERAI

Yusup Maulana Akbar, Hafidz Fauzan Komara, Joko Setiyono

Sari


One of the renewable energy sources with significant potential for further development is solar energy; however, its performance is highly influenced by surrounding environmental conditions. Several approaches can be implemented to optimize the electrical performance of solar panels, including determining the appropriate tilt angle and designing a surface cooling system. In this study, a 200 Wp solar panel was experimentally evaluated at tilt angles of 15°, 30°, and 45° and was equipped with a nozzle-based surface cooling system. The experimental results indicate that the 45° tilt angle produced the highest average output power of 209.775 W while the implementation of the surface cooling system improved the panel efficiency by approximately 13.06%, thereby enhancing the battery charging performance of a 12 V 45 Ah battery.

Keywords: Solar panel, tilt angle, surface cooling system, output power, battery charging

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Referensi


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DOI: https://doi.org/10.33559/eoj.v8i12.4038

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