PERENCANAAN PEMBANGKIT LISTRIK TENAGA SURYA (PLTS) ON-GRID PADA SISTEM KELISTRIKAN GEDUNG PT ADARO ENERGY INDONESIA KALIMANTAN SELATAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Augustine, Diwita
Pratama Putera, Rizki
Pratama Putera, Rizki
Subject
Teknik Elektro
Datestamp
2022-11-01 08:26:27
Abstract :
Indonesia is one of the potential countries in terms of installing Solar PV because it has a high and relatively constant intensity of Solar radiation so that it can be utilized optimally in developing new renewable energy, especially Solar Power Plants. This thesis discusses the PV mini-grid planning process in a building owned by PT Adaro Energy Indonesia. This Solar PV plan is on-grid and capacity determination will be carried out by considering the scenario of maximizing the daily load of each building. Solar PV in the Induction Building with a capacity of 47.5 kWp, Office RISA with a capacity of 16 kWp, and Handak Warehouse with a capacity of 19 kWp. The planning stages of this Solar PV include data observation, survey of environmental conditions, and data processing on PV Syst and Helioscope software. The simulation will display the output power of each building. The feasibility analysis of the Solar PV planning is carried out in terms of the simulated Energy Yield and Performance Ratio values. As a result, Energy Yield is obtained which is able to meet the daily power needs of the building and a good Performance Ratio value of 75-80%. So that this plan is considered feasible to be implemented.
Indonesia is one of the potential countries in terms of installing Solar PV because it has a high and relatively constant intensity of Solar radiation so that it can be utilized optimally in developing new renewable energy, especially Solar Power Plants. This thesis discusses the PV mini-grid planning process in a building owned by PT Adaro Energy Indonesia. This Solar PV plan is on-grid and capacity determination will be carried out by considering the scenario of maximizing the daily load of each building. Solar PV in the Induction Building with a capacity of 47.5 kWp, Office RISA with a capacity of 16 kWp, and Handak Warehouse with a capacity of 19 kWp. The planning stages of this Solar PV include data observation, survey of environmental conditions, and data processing on PV Syst and Helioscope software. The simulation will display the output power of each building. The feasibility analysis of the Solar PV planning is carried out in terms of the simulated Energy Yield and Performance Ratio values. As a result, Energy Yield is obtained which is able to meet the daily power needs of the building and a good Performance Ratio value of 75-80%. So that this plan is considered feasible to be implemented.
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