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    Rancang Bangun Penjejak Matahari Dual Axis Menggunakan Sensor LDR Serta Pengaruh Suhu dan Kelembaban Terhadap Optimalisasi Penyerapan Tenaga Surya

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    Appendix (1.211Mb)
    Reference (41.17Kb)
    Chapter III-V (1.127Mb)
    Chapter II (479.9Kb)
    Chapter I (282.0Kb)
    Abstract (148.3Kb)
    Cover (430.3Kb)
    Date
    2017-02-09
    Author
    Prasetiya, Try Fadly
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    Abstract
    Ide Rancangan diperoleh dari masalah yang timbul dari suatu system konversi energi matahari ke energi listrik yaitu pada posisi atau arah panel. Dengan pergerakan atau lintasan matahari akan membuat titik focus sinar matahari berubah sehingga kurang optimal jika panel tidak bergerak atau statis. Ide rancangan adalah bagaimana menggerakkan arah panel mengikuti perlintasan matahari yang dipengaruhi suhu dan kelembaban. Hasil penelitian diperoleh bahwa panel surya bergerak menghasilkan arus listrik rata-rata sebesar 0,72 A dan tegangan rata-rata sebesar 15,86 V memiliki suhu rata-rata 31,14o C dengan kelembaban41%. Sedangkan panel surya diam (tanpapengarah) hanya menghasilkan arus rata-rata 0,65 A dan tegangan rata-rata 14,35 V memiliki suhu rata-rata 29,75oC dan kelembaban 41,55%. Sehingga panel surya bergerak lebihef ektif dibandingkan dengan panel surya diam dengan nilai efisiensi energi yang dihasilkan yaitu 5,89%.
     
    The design idea is obtained of problems that arise from a solar energy conversion system into electrical energy in the position or direction of panel. With movement or track of sun would made the focal point of the sun changed so that less than optimal if the panel is not moving or static. The idea of the design is how the moving direction of the panel follows the sun crossings with effect of temperature and humidity. The result showed that the solar panels generate electrical current moving average of 0.72 A and the average voltage of 15,86 V has an average temperature 31,14o C with a humidity of 41%. While solar panels silent (no steering) only generate average current 0.65 A and the average voltage 14.35 V has the average temperature and humidity 29.75oC41,55%. So that the solar panels to move more effectively than the solar panels silent with the efficiency of the energy produced is 5,89%.
     
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    http://repository.usu.ac.id/handle/123456789/64153
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    • SP - Physics [766]

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    DSpace software copyright © 2002-2016  DuraSpace
    Contact Us | Send Feedback
    Theme by 
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