PERENCANAAN PLTS ON-GRID PADA ROOFTOP GEDUNG PJB ACADEMY CIRATA
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Aulia, Hilmi Zaky
Husada, Hendrianto
Husada, Hendrianto
Subject
Teknik Elektro
Datestamp
2019-12-05 12:41:23
Abstract :
A solar power plant is an alternative energy resources which uses the heat of sun as the source of producing electricity. The main tool to capture, to change and to produce electicity is Photovoltaic which is generally called Solar Module / Solar Panel / Solar Cell. Working principle of solar power plant is the sun heat captured by solar panel / solar cell will produce Direct Current ( DC ) then will be converted to Alternating Current ( AC ) by an inverter before flowing to the load. Solar power plant system that will be designed to fill the electricity needs at PJB Academy Cirata building. The method used is qualitative and quantitative. The data in this study in the form of area or area of PV buffer that has been available as well as the amount of irradiation found on site. Data collection techniques using observation, interviews and documentation. The results of this research that the amount of PV that can be used is 60 units with a capacity of 21.6 kWp.
A solar power plant is an alternative energy resources which uses the heat of sun as the source of producing electricity. The main tool to capture, to change and to produce electicity is Photovoltaic which is generally called Solar Module / Solar Panel / Solar Cell. Working principle of solar power plant is the sun heat captured by solar panel / solar cell will produce Direct Current ( DC ) then will be converted to Alternating Current ( AC ) by an inverter before flowing to the load. Solar power plant system that will be designed to fill the electricity needs at PJB Academy Cirata building. The method used is qualitative and quantitative. The data in this study in the form of area or area of PV buffer that has been available as well as the amount of irradiation found on site. Data collection techniques using observation, interviews and documentation. The results of this research that the amount of PV that can be used is 60 units with a capacity of 21.6 kWp.
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