STUDI PERENCANAAN PEMBANGKIT LISTRIK TENAGA
SURYA UNTUK GEDUNG PENERIMAAN MAHASISWA
BARU (PMB) INSTITUT TEKNOLOGI DIRGANTARA
ADISUTJIPTO
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
RODO DEFEBRAN TURNIP, FEBRIANUS
Subject
T Technology (General)
Datestamp
2024-05-06 02:46:04
Abstract :
Electrical energy is a basic need to support various human activities, including daily activities. Along with population growth and technological developments, demand for electrical energy continues to increase. The aim of this research was to calculate the amount of electrical power that will be generated, the number of solar panels and calculate the inverter capacity in the New Student Admissions Building of the Adisutjipto Aerospace Technology Institute. The research method carried out is a qualitative method to determine the power requirements needed to generate electrical energy in the New Student Admissions Building (PMB) and the solar panels used for planning solar power plants. The results of the research are that the solar power generation capacity generated is 25% of the electrical energy used by the new student admissions building, which is 22,780 Wh with an angle of 10° and the number of solar panels is 30 with a capacity of 665 Watts and is arranged in 1 array with a result of 19,897.92 watt. This calculation is based on the results of calculating the capacity of PLTS components, and uses an inverter capacity of 26 kW with the Deye Inverter brand with 3 Phase capacity.
Electrical energy is a basic need to support various human activities, including daily activities. Along with population growth and technological developments, demand for electrical energy continues to increase. The aim of this research was to calculate the amount of electrical power that will be generated, the number of solar panels and calculate the inverter capacity in the New Student Admissions Building of the Adisutjipto Aerospace Technology Institute. The research method carried out is a qualitative method to determine the power requirements needed to generate electrical energy in the New Student Admissions Building (PMB) and the solar panels used for planning solar power plants. The results of the research are that the solar power generation capacity generated is 25% of the electrical energy used by the new student admissions building, which is 22,780 Wh with an angle of 10° and the number of solar panels is 30 with a capacity of 665 Watts and is arranged in 1 array with a result of 19,897.92 watt. This calculation is based on the results of calculating the capacity of PLTS components, and uses an inverter capacity of 26 kW with the Deye Inverter brand with 3 Phase capacity.
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