ANALISA SIMULASI SINKRONISASI KELUARAN GENERATOR MAGNET PERMANEN ON GRID PLTB PUSPITEK TANGERANG BANTEN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Purba, Agus
RT Siregar, Masbah
RT Siregar, Masbah
Subject
Teknik Elektro
Datestamp
2019-12-05 12:49:14
Abstract :
Wind power plant (PLTB) Is one of the renewable energy which in its operation has several constraints, one of which is the output voltage of the PLTB generator itself, it is necessary to have a solution in the form of scientific research studies to solve the problem, therefore the author wants to examine with using multisim applications. In this study the authors get a data generator output voltage of 120 Vrms with a frequency of 50 Hz which is converted into DC voltage with a bridge diode surrender, which is then forwarded to the filter so that the resulting wave is more perfect after going through a series of diode bridges surrender and the filter voltage is converted back into voltage AC with a PWM (Pulse Witdh Modulation) circuit. The results obtained from the simulation show the change in voltage to 219 Vrms by changing the AC voltage to DC then becoming AC again so that it can be connected to the PLN network.
Wind power plant (PLTB) Is one of the renewable energy which in its operation has several constraints, one of which is the output voltage of the PLTB generator itself, it is necessary to have a solution in the form of scientific research studies to solve the problem, therefore the author wants to examine with using multisim applications. In this study the authors get a data generator output voltage of 120 Vrms with a frequency of 50 Hz which is converted into DC voltage with a bridge diode surrender, which is then forwarded to the filter so that the resulting wave is more perfect after going through a series of diode bridges surrender and the filter voltage is converted back into voltage AC with a PWM (Pulse Witdh Modulation) circuit. The results obtained from the simulation show the change in voltage to 219 Vrms by changing the AC voltage to DC then becoming AC again so that it can be connected to the PLN network.
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