PERANCANGAN PEMBANGKIT LISTRIK TENAGA SURYA PADA KAPAL NELAYAN DENGAN BEBAN 13 KWH
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Filemon Tumbas, Florianus
Sitorus, Meyhart Torsna Bangkit
Sitorus, Meyhart Torsna Bangkit
Subject
Teknik Elektro
Datestamp
2022-10-11 02:16:36
Abstract :
The need for electrical energy sources is increasing as the population of the population increases is a problem because fossil energy sources are much reduced in availability every year. Indonesia is a canyon that has a great opportunity to utilize renewable alternative energy that can be converted into electrical energy, such as solar energy or known as solar power plants (PLTS). One that can be developed is solar power plants on fishing boats as a substitute for diesel fuel and environmentally friendly. This study was conducted to determine the amount of power generated, the large capacity of the components used, and the performance value of the solar power plant system designed on fishing boats. This design also uses the Pvsyst application as a design simulation. Data collection was carried out directly on a ship with a roof area of 19.52 m2 and a daily load of 13,832 Wh / day located at Pantai Mutiara, North Jakarta. In designing solar power plants for 1 unit of the ship, using 12 solar modules with a capacity of 250 Wp and 48 Volt 120 Ah batteries of 7 pieces, 1 piece of 2000 Watt inverter, and 1 piece Solar Charge Controller. The design results obtained a 3000 Wp solar capacity with a performance ratio of 85% for manual calculations and 79% for PVsyst simulation.
The need for electrical energy sources is increasing as the population of the population increases is a problem because fossil energy sources are much reduced in availability every year. Indonesia is a canyon that has a great opportunity to utilize renewable alternative energy that can be converted into electrical energy, such as solar energy or known as solar power plants (PLTS). One that can be developed is solar power plants on fishing boats as a substitute for diesel fuel and environmentally friendly. This study was conducted to determine the amount of power generated, the large capacity of the components used, and the performance value of the solar power plant system designed on fishing boats. This design also uses the Pvsyst application as a design simulation. Data collection was carried out directly on a ship with a roof area of 19.52 m2 and a daily load of 13,832 Wh / day located at Pantai Mutiara, North Jakarta. In designing solar power plants for 1 unit of the ship, using 12 solar modules with a capacity of 250 Wp and 48 Volt 120 Ah batteries of 7 pieces, 1 piece of 2000 Watt inverter, and 1 piece Solar Charge Controller. The design results obtained a 3000 Wp solar capacity with a performance ratio of 85% for manual calculations and 79% for PVsyst simulation.
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