ANALISIS KINERJA PLTS ON GRID 52,5 kWp
PADA ATAP GEDUNG ADMINISTRASI PT. CIKARANG LISTRINDO
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
AMBORO, SINGGIH
Damiri, Dhami Johar
Damiri, Dhami Johar
Subject
Teknik Elektro
Datestamp
2020-02-11 08:17:41
Abstract :
To reduce global warming in limiting the use of conventional plants, PT. Cikarang Listrindo builds PLTS On Grid 52.5 kWp on the roof of the administration building. In the future PLTS with this system will be developed to the company's supply area industry customers. This thesis discusses the performance of the 52.5 kWp Rooftop PLTS system, which has been installed in the administration building (latitude 6.3 ° S and longitude 107.1 ° E, with a height of 12 meters above sea level). This system is monitored from April 2018 to December 2018. The design uses the help of PV Syst and Helioscope software. In the measured period, the annual energy yield is 1,043.88 kWh / kWp. Global Horizontal Irradiance (GHI) in this period is 1,301.96 kWh / m2. The actual Global Horizontal Irradiance is 0.2 ? 0.4%, lower than predicted by PV Syst and Helioscope simulations. The difference from Global Horizontal Irradiance data collection between actual and simulation is still within tolerance that is required by the standard accuracy of "Meteonorm" data, which is equal to 7% used by PV Syst and Helioscope simulations. The performance ratio (PR) of the period is 80.30%. These values have relatively good performance in accordance with the data from the PV system installed in the western region of Indonesia.
To reduce global warming in limiting the use of conventional plants, PT. Cikarang Listrindo builds PLTS On Grid 52.5 kWp on the roof of the administration building. In the future PLTS with this system will be developed to the company's supply area industry customers. This thesis discusses the performance of the 52.5 kWp Rooftop PLTS system, which has been installed in the administration building (latitude 6.3 ° S and longitude 107.1 ° E, with a height of 12 meters above sea level). This system is monitored from April 2018 to December 2018. The design uses the help of PV Syst and Helioscope software. In the measured period, the annual energy yield is 1,043.88 kWh / kWp. Global Horizontal Irradiance (GHI) in this period is 1,301.96 kWh / m2. The actual Global Horizontal Irradiance is 0.2 ? 0.4%, lower than predicted by PV Syst and Helioscope simulations. The difference from Global Horizontal Irradiance data collection between actual and simulation is still within tolerance that is required by the standard accuracy of "Meteonorm" data, which is equal to 7% used by PV Syst and Helioscope simulations. The performance ratio (PR) of the period is 80.30%. These values have relatively good performance in accordance with the data from the PV system installed in the western region of Indonesia.
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