PPLICATION ANALYSIS OF BUILDING-INTEGRATED PHOTOVOLTAIC (BIPV) CONCEPT ON INDONESIA ONE TOWER

Indonesia has commit to reach renewable energy mix up to 23% by 2025. But, the progress is lagging behind with only 9% due to the lack of contribution of community through PV solar rooftops. One of the solution of this problem is through Building Integrated Photovoltaic (BIPV), a concept to in...

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Bibliographic Details
Main Author: Nathaniel Jabanto, Reiner
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/55953
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Institution: Institut Teknologi Bandung
Language: Indonesia
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Summary:Indonesia has commit to reach renewable energy mix up to 23% by 2025. But, the progress is lagging behind with only 9% due to the lack of contribution of community through PV solar rooftops. One of the solution of this problem is through Building Integrated Photovoltaic (BIPV), a concept to integrate PV to buildings by replacing construction material with PV. This research will discuss the application analysis of BIPV in Indonesia One Tower in Jakarta. The BIPV installation at the Indonesia One Tower is installed on the 3 sides on South Tower (Roof, North East, North West) and 2 sides on North Tower (North East, North West). The components used are Qingdao Power World type PW100A PV Module (a-Si, 100 Wp), Inverter Fronius IG PLUS V 6.0-1 UNI 6KW, and BYD Battery-Box Premium HVS 10.2 (for the BIPV with BESS scenario.) With the help of PVSyst software, it is known that the system produced more than 132 MWh of energy in one year. Without BESS, the system can served around 43% of the total load. With BESS, it can served 51% of the total load. The LCOE of the scenario without BESS is Rp 847.977/kWh (North Tower) and Rp989.31/kWh (South Tower). Meanwhile, the LCOE in the BIPV with BESS scenario are Rp2261.272 /kWh (North Tower) and Rp 2119.9425/kWh (South Tower). After the simulation, it is concluded that installing BESS in the system is not profitable with the ROI of -48% (North Tower) and -46.2% (South Tower).