PERENCANAAN MICROGRID PADA GEDUNG ADMIN DI PLTU BANTEN 3 LONTAR UNTUK PEMAKAIAN SENDIRI
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Haikal, Andri
Hidayat, Syarif
Erlina, Erlina
Hidayat, Syarif
Erlina, Erlina
Subject
Teknik Elektro
Datestamp
2022-10-14 04:26:33
Abstract :
The use of electricity in companies both in the field of industri or offices is relatively large. This is caused by the use of electronic equipment with large power in a long period of time. Likewise with the Admin building in Banten 3 Lontar PLTU, although the energi used is taken from the UAT (Self-Use) transformer line. With the high energi consumption from the UAT (Self-Use) transformer, it can reduce the company's electricity sales to customers. By utilizing local renewable energi, Admin Building can fulfill the energi needs used without reducing the supply of power sales from the power plant to customers. The use of the MICROGRID PLTS ssistim will be able to produce the required electrical energi,and if the PLTS cannot meet the energi that needs then the ssistim has 2 Back up plan, designs specifically the UAT transformer from the PLTU generator and also a generator that will be adjusted to the maximum energi needed by the building. After the analysis is carried out it is known that the capacity of the solar panel used is 843.52 kWp. And from this plan we get a Performance Ratio value of 84% so that it can be said that this plan is feasible to be realized.
The use of electricity in companies both in the field of industri or offices is relatively large. This is caused by the use of electronic equipment with large power in a long period of time. Likewise with the Admin building in Banten 3 Lontar PLTU, although the energi used is taken from the UAT (Self-Use) transformer line. With the high energi consumption from the UAT (Self-Use) transformer, it can reduce the company's electricity sales to customers. By utilizing local renewable energi, Admin Building can fulfill the energi needs used without reducing the supply of power sales from the power plant to customers. The use of the MICROGRID PLTS ssistim will be able to produce the required electrical energi,and if the PLTS cannot meet the energi that needs then the ssistim has 2 Back up plan, designs specifically the UAT transformer from the PLTU generator and also a generator that will be adjusted to the maximum energi needed by the building. After the analysis is carried out it is known that the capacity of the solar panel used is 843.52 kWp. And from this plan we get a Performance Ratio value of 84% so that it can be said that this plan is feasible to be realized.
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