PENGARUH SISTEM PLTS ON GRID PT. QUANTUM SOLAR GORONTALO 10.75 MWP TERHADAP GRID STUDY SISTEM KELISTRIKAN GORONTALO
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Luthfiyyah, Lilish Musabbihatul
Suyanto, Heri
Erlina, Erlina
Suyanto, Heri
Erlina, Erlina
Subject
Teknik Elektro
Datestamp
2022-10-10 08:02:50
Abstract :
The process of generating electrical energy to distribution to users in order to provide reliability in a system is the definition of an electric power system. This research was conducted to minimize the use of fuel oil and maximize the use of EBT in power plants. The research conducted is in the form of a study on the effect of the PLTS On Grid system on the electrical system. The study was conducted in the form of seeing the effect of PLTS in helping PLTD reduce burdens in the electricity system. The research was conducted on the determination of active & reactive power, current and voltage at various points/buses and lines. The approach method to be used in the flow analysis is the NewtonRhapson method which has an accuracy factor of 0.0001 using the ETAP 12.6 Software Assistance Simulation (Electrical Transient Analysis Program). The research method was carried out by reviewing data from PT. Quantum Solar Gorontalo, which is a 10.75 MWp PLTS company. The simulation is carried out in three loading scenarios, namely: 1) 46% load; 2) 60% load; and 3) load 90%.
The process of generating electrical energy to distribution to users in order to provide reliability in a system is the definition of an electric power system. This research was conducted to minimize the use of fuel oil and maximize the use of EBT in power plants. The research conducted is in the form of a study on the effect of the PLTS On Grid system on the electrical system. The study was conducted in the form of seeing the effect of PLTS in helping PLTD reduce burdens in the electricity system. The research was conducted on the determination of active & reactive power, current and voltage at various points/buses and lines. The approach method to be used in the flow analysis is the NewtonRhapson method which has an accuracy factor of 0.0001 using the ETAP 12.6 Software Assistance Simulation (Electrical Transient Analysis Program). The research method was carried out by reviewing data from PT. Quantum Solar Gorontalo, which is a 10.75 MWp PLTS company. The simulation is carried out in three loading scenarios, namely: 1) 46% load; 2) 60% load; and 3) load 90%.
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