ANALISA PENGARUH SUHU PERMUKAAN MODUL TERHADAP EFISIENSI MODUL SURYA PLTS 10 KWP B2TKE BPPT
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
MANIK, PUTRA SAHAT M
Siregar, Masbah RT
Siregar, Masbah RT
Subject
Teknik Mesin
Datestamp
2019-10-15 01:14:56
Abstract :
Recently, solar energy conversion has become a very actual thing, especially when the world faces the problem of petroleum supply and there has been demand to use renewable energy sources. In this situation, important questions about how to use solar energy optimally. The quantum efficiency of solar cells depends on many factors: temperature, insolation, spectral characteristics of sunlight, etc. Some of these factors can be changed during solar system exploitation to increase efficiency. In this thesis discusses the effect of module temperature on the efficiency of solar modules. Where if the module temperature rises it will decrease the efficiency of the solar module. Where is the decrease in solar module efficiency on 3 days of research, namely; -0.0363%, -0.036%, -0.0495% / 0C
Recently, solar energy conversion has become a very actual thing, especially when the world faces the problem of petroleum supply and there has been demand to use renewable energy sources. In this situation, important questions about how to use solar energy optimally. The quantum efficiency of solar cells depends on many factors: temperature, insolation, spectral characteristics of sunlight, etc. Some of these factors can be changed during solar system exploitation to increase efficiency. In this thesis discusses the effect of module temperature on the efficiency of solar modules. Where if the module temperature rises it will decrease the efficiency of the solar module. Where is the decrease in solar module efficiency on 3 days of research, namely; -0.0363%, -0.036%, -0.0495% / 0C
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