PERENCANAAN PEMBANGUNAN PLTS ON GRID PADA ATAP GEDUNG BERKAPASITAS 1,2 MWP DI PT. X
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
RICO ADEWIJAYA, SHIDARTA
Pasra, Nurmiati
Samsurizal, Samsurizal
Pasra, Nurmiati
Samsurizal, Samsurizal
Subject
Teknik Elektro
Datestamp
2022-11-02 08:06:49
Abstract :
Today, the use of electrical energy is increasing but the availability of fossil energy as the majority of the fuel used in power plants is increasingly limited. Indonesia is located on the equator which causes Indonesia to have a fairly high intensity of solar radiation. This potential, can be used for the utilization of solar energy as a power plant. In addition, the use of solar energy as an alternative energy is more environmentally friendly because it can reduce exhaust emissions from the use of fossil-based energy as a power plant. In this study, planning for the construction of PLTS was carried out to help supply electrical energy to PT. X with on grid system. In this plan, discussions are carried out from a technical and economic point of view. The method used by the author to analyze the feasibility of installing PLTS from a technical point of view, comes from the results of PLTS modeling using the Helioscope application. As a result, the estimated energy production for a year is 1,695,000 MW with a performance ratio value of 80.6%. By utilizing the building's roof area of 13,725 m2, the number of solar modules installed is 2,305 units with 1 solar module of 550 Wp, the PLTS capacity produced is equivalent to 1,267.8 kWp. The investment costs required in planning the installation of this PLTS, amounting to Rp. 19,916,195,653.00 with a payback period of 9 years after PLTS operates.
Today, the use of electrical energy is increasing but the availability of fossil energy as the majority of the fuel used in power plants is increasingly limited. Indonesia is located on the equator which causes Indonesia to have a fairly high intensity of solar radiation. This potential, can be used for the utilization of solar energy as a power plant. In addition, the use of solar energy as an alternative energy is more environmentally friendly because it can reduce exhaust emissions from the use of fossil-based energy as a power plant. In this study, planning for the construction of PLTS was carried out to help supply electrical energy to PT. X with on grid system. In this plan, discussions are carried out from a technical and economic point of view. The method used by the author to analyze the feasibility of installing PLTS from a technical point of view, comes from the results of PLTS modeling using the Helioscope application. As a result, the estimated energy production for a year is 1,695,000 MW with a performance ratio value of 80.6%. By utilizing the building's roof area of 13,725 m2, the number of solar modules installed is 2,305 units with 1 solar module of 550 Wp, the PLTS capacity produced is equivalent to 1,267.8 kWp. The investment costs required in planning the installation of this PLTS, amounting to Rp. 19,916,195,653.00 with a payback period of 9 years after PLTS operates.
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