ANALISIS PENGARUH KOEFISIEN TEMPERATUR TERHADAP DAYA KELUARAN PANEL SURYA
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
AR-RASYID, MUHAMMAD NAUFAL
Hafidz, Mohammad
Hafidz, Mohammad
Subject
Teknik Elektro
Datestamp
2019-12-05 12:51:21
Abstract :
Energy of Sun Could be used as a potential alternative energy source because its enormous and eco-friendly energy. That can be used to convert directly sunlight or energy of sun into are solar panels (photovoltaic). The study has used a quantitative method of conducting monocrystalline solar panels and variable policrystalline conditions, both of the intensity of sunlight, solar cell temperature, and the curvature temperature. From three days of varying weather research, the highest output from the average test data is a monocrystalline solar system powered by a rate of 9,52 Watts, 6,72 Watts, and 3,63 Watts with a temperature of 40,49°C, 41,64°C, and 31,63°C. While the solar panel of policrystalline emits a power average of 1,88 Watts, 1,70 Watts, and 2,31 Watts with a temperature of 40,57°C, 41,58°C, and 31,62°C. Because of that is more conducive to temperature reistance to the temperature of a monocrystalline modular than that of high surface temperatures in the testing conditions.
Energy of Sun Could be used as a potential alternative energy source because its enormous and eco-friendly energy. That can be used to convert directly sunlight or energy of sun into are solar panels (photovoltaic). The study has used a quantitative method of conducting monocrystalline solar panels and variable policrystalline conditions, both of the intensity of sunlight, solar cell temperature, and the curvature temperature. From three days of varying weather research, the highest output from the average test data is a monocrystalline solar system powered by a rate of 9,52 Watts, 6,72 Watts, and 3,63 Watts with a temperature of 40,49°C, 41,64°C, and 31,63°C. While the solar panel of policrystalline emits a power average of 1,88 Watts, 1,70 Watts, and 2,31 Watts with a temperature of 40,57°C, 41,58°C, and 31,62°C. Because of that is more conducive to temperature reistance to the temperature of a monocrystalline modular than that of high surface temperatures in the testing conditions.
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