ANALISIS PERENCANAAN PEMBANGKIT LISTRIKTENAGA SURYA (PLTS) SISTEM OFF GRID DENGAN KAPASITAS 4 kWp MENGGUNAKAN BEBAN SKALA RUMAH TANGGA AREA PEMANIKAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
PATIUNG, LIFELY
Wasri Hasanah, Aas
Yogianto, Aloysius Agus
Wasri Hasanah, Aas
Yogianto, Aloysius Agus
Subject
Teknik Elektro
Datestamp
2022-11-03 07:41:22
Abstract :
The potential for renewable energy is quite large to be developed in Indonesia, especially in the field of solar power plants, with Indonesia's position on the equator so that it is very supportive in the installation of solar power plants. In the feasibility analysis of solar power plants in Pemanikan Village using an off grid system by installing 18 units of modules with a capacity of 150Wp, 24 units of 12V 100Ah batteries, 1 piece of 2000Watt inverter and 1 SCC. For total load consumption of the overall average daily load for 3 houses required is 3.04 kWh. In this design, it uses homer pro software to obtain integrated solar irradiation data from NASA and analyze optimization in terms of economics, through homer pro software the initial investment cost required is IDR 186,149,800.00 the results of simulating the feasibility of optimization and economics in Homer Pro software in terms of technical terms, namely the energy produced is 4,241 kWh / year, when compared to the use of diesel with an initial investment price of IDR 43,430,212,614.98, where the energy price is IDR 1,844,746.00 / kWh, so it can be said that the installation of an off-grid solar power plant with a capacity of 4 kWp can be done and more efficient than diesel.
The potential for renewable energy is quite large to be developed in Indonesia, especially in the field of solar power plants, with Indonesia's position on the equator so that it is very supportive in the installation of solar power plants. In the feasibility analysis of solar power plants in Pemanikan Village using an off grid system by installing 18 units of modules with a capacity of 150Wp, 24 units of 12V 100Ah batteries, 1 piece of 2000Watt inverter and 1 SCC. For total load consumption of the overall average daily load for 3 houses required is 3.04 kWh. In this design, it uses homer pro software to obtain integrated solar irradiation data from NASA and analyze optimization in terms of economics, through homer pro software the initial investment cost required is IDR 186,149,800.00 the results of simulating the feasibility of optimization and economics in Homer Pro software in terms of technical terms, namely the energy produced is 4,241 kWh / year, when compared to the use of diesel with an initial investment price of IDR 43,430,212,614.98, where the energy price is IDR 1,844,746.00 / kWh, so it can be said that the installation of an off-grid solar power plant with a capacity of 4 kWp can be done and more efficient than diesel.
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