PENGARUH PENGGUNAAN ALUMINIUM HEATSINKSEBAGAI PENDINGIN PASIF TERHADAP DAYAKELUARAN PANEL SURYA

Khalalan, Riziq Abdilah (2023) PENGARUH PENGGUNAAN ALUMINIUM HEATSINKSEBAGAI PENDINGIN PASIF TERHADAP DAYAKELUARAN PANEL SURYA. Undergraduate thesis, Politeknik Negeri Jember.

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Abstract

The utilization of solar energy can be done by converting sunlight intoelectrical energy using solar cells. The performance of solar panels in generatingoutput power can be influenced by several factors, one of which is temperature.Increasing temperature can cause a decrease in the performance of the solar panel.Cooling is one alternative to inhibit temperature rise. Cooling using an aluminumheatsink is one example of a passive cooling system. The purpose of this researchis to determine the effect of an aluminum heatsink as a passive cooler on theperformance of solar panels and to identify the differences in the efficiency of theoutput power produced. The research includes the design, fabrication, and testingof the device, data collection, and data analysis. The research method used isquantitative. The solar panel with an aluminum heatsink with a fin distancevariation of 10 mm has a lower temperature compared to the solar panel with analuminum heatsink with a fin distance variation of 5 mm and without cooling. Thevoltage and current produced by the cooled solar panel are better than those of thepanel without cooling. The test results show that the daily average power of thesolar panel using an aluminum heatsink with a fin distance of 10 mm increased by10.3%, while the increase in efficiency was 11.4%. The daily average power of thesolar panel using an aluminum heatsink with a fin distance of 5 mm increased by3.58%, while the increase in efficiency was 3.27%.

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