Perencanaan Pembangkit Listrik Tenaga Surya (PLTS) Berskala Rumah Tinggal
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
WANDADAYA, DAUD YOSUA
Ispranyoto, Edy
Tresya M, Kartika
Ispranyoto, Edy
Tresya M, Kartika
Subject
Teknik Elektro
Datestamp
2022-10-04 07:36:19
Abstract :
Electrical energy plays a very important role in supporting human life. However, the existence of fossil fuels used in most power plants is getting depleted and results in carbon dioxide emissions. This is a major factor in the development of new and renewable energy. Solar cells are a new and renewable energy that has great potential for use in Indonesia. Residential-scale PLTS planning uses a Solar Power Plant (PLTS) as a source of electrical energy. This final project uses data on residential buildings as a load to determine the capacity of the PLTS system. The results of the PLTS solar power plant planning show that the total power at the house is 1473 watts where the total energy obtained is 19118 wh. While the total number of main components of PLTS is 16 solar panels, 2 Solar Charge controllers (SCC), 1 inverter, 2 batteries and the total details of the budget required in the planning process for a solar power plant of Rp. 77,982,000
Electrical energy plays a very important role in supporting human life. However, the existence of fossil fuels used in most power plants is getting depleted and results in carbon dioxide emissions. This is a major factor in the development of new and renewable energy. Solar cells are a new and renewable energy that has great potential for use in Indonesia. Residential-scale PLTS planning uses a Solar Power Plant (PLTS) as a source of electrical energy. This final project uses data on residential buildings as a load to determine the capacity of the PLTS system. The results of the PLTS solar power plant planning show that the total power at the house is 1473 watts where the total energy obtained is 19118 wh. While the total number of main components of PLTS is 16 solar panels, 2 Solar Charge controllers (SCC), 1 inverter, 2 batteries and the total details of the budget required in the planning process for a solar power plant of Rp. 77,982,000
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