Analisa Degradasi Performa Modul Surya Thin Film (CIS) Di PLTS 1 MWp Cirata PT Pembangkitan Jawa Bali
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Riyan, T Muhammad
Husada, Hendrianto
Husada, Hendrianto
Subject
Teknik Elektro
Datestamp
2019-12-05 12:49:34
Abstract :
The using of solar cell technology as the electrical source in Indonesia, is one of an energy alternative for energy saving. Indonesia is a country located in the equator line so it cause the solar energy be one of Renewable energy that can be potentially developed, and this technology is potentially applied in Indonesia. There are also some environmental factors which can affect the decrease of Solar Thin Film (CIS) module performa, the gradient slope and the cleanness of fotovoltaik module. This research was conducted to observe the effect of gradient slope, the effect of temperature and the effect of cleanliness fotovoltaik module this research used Thin Film (CIS), the kind of fotovoltaik modul, which has 170 wattpeak of capacity. From the research result, there are power performa decreasing on clean fotovoltaik modul as many as 6,01 wattpeak (3%) which was installed for 4 years than the condition of a new fotovoltaik module. And it showed variant gradient slope based on the position of the sun and the index. The most efficient gradient slope is 10O facing the north. There are also 4,31 wattpeak power decreasing because of the temperature increasing from 52O C to 68O C on fotovoltaik module.
The using of solar cell technology as the electrical source in Indonesia, is one of an energy alternative for energy saving. Indonesia is a country located in the equator line so it cause the solar energy be one of Renewable energy that can be potentially developed, and this technology is potentially applied in Indonesia. There are also some environmental factors which can affect the decrease of Solar Thin Film (CIS) module performa, the gradient slope and the cleanness of fotovoltaik module. This research was conducted to observe the effect of gradient slope, the effect of temperature and the effect of cleanliness fotovoltaik module this research used Thin Film (CIS), the kind of fotovoltaik modul, which has 170 wattpeak of capacity. From the research result, there are power performa decreasing on clean fotovoltaik modul as many as 6,01 wattpeak (3%) which was installed for 4 years than the condition of a new fotovoltaik module. And it showed variant gradient slope based on the position of the sun and the index. The most efficient gradient slope is 10O facing the north. There are also 4,31 wattpeak power decreasing because of the temperature increasing from 52O C to 68O C on fotovoltaik module.
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