ANALISIS PRODUKSI ENERGI LISTRIK PLTS 600 KWP GILI TRAWANGAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Sitohang, Pahala Geraldo Tua
Yogianto, Agus
Yogianto, Agus
Subject
Teknik Elektro
Datestamp
2019-10-28 04:34:23
Abstract :
The renewable energy development especially solar power plant is important to optimize in Indonesia, because Indonesia geographical has a big potential of solar energy. The important thing in the development of solar power plant is electric energy production. To analyze energy production of Gili Trawangan solar power plant is conducted calculation of array efficiency, array output energy, solar energy potential, array tempetature, inverter efficiency and inverter output energy. The result of calculations, total potential energy of each array is 2.881.957,96 kWh, 2.412.659 kWh, dan 1.787.100,7 kWh. Highest production energy of each array Gili Trawangan solar power plant occurs on October 2017 is 40.910,8 kWh, 35.707,9 kWh and 25.661,8 kWh. Efficiency average of each array G1, array G2, array G3 is 13,83%, 14,75%, dan 14,25 %. Highest production energy of each inverter is 30.245,3 kWh, 26.600,1 kWh and 24.661,7 kWh. Efficiency average of inverter G1, inverter G2, and inverter G3 is 73,80 %, 73,55 %, dan 96,06 %. Temperature average of array G1, array G2, and array G3 is 38,86 ºC, 36,34 ºC, dan 33,725 ºC.
The renewable energy development especially solar power plant is important to optimize in Indonesia, because Indonesia geographical has a big potential of solar energy. The important thing in the development of solar power plant is electric energy production. To analyze energy production of Gili Trawangan solar power plant is conducted calculation of array efficiency, array output energy, solar energy potential, array tempetature, inverter efficiency and inverter output energy. The result of calculations, total potential energy of each array is 2.881.957,96 kWh, 2.412.659 kWh, dan 1.787.100,7 kWh. Highest production energy of each array Gili Trawangan solar power plant occurs on October 2017 is 40.910,8 kWh, 35.707,9 kWh and 25.661,8 kWh. Efficiency average of each array G1, array G2, array G3 is 13,83%, 14,75%, dan 14,25 %. Highest production energy of each inverter is 30.245,3 kWh, 26.600,1 kWh and 24.661,7 kWh. Efficiency average of inverter G1, inverter G2, and inverter G3 is 73,80 %, 73,55 %, dan 96,06 %. Temperature average of array G1, array G2, and array G3 is 38,86 ºC, 36,34 ºC, dan 33,725 ºC.
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