Kajian Rencana Penerapan Metode Demand Side Management (DSM) Dengan Pembangkit Listrik Tenaga Surya (PLTS) Hybrid Di Sistem Sulawesi Utara- Gorontalo
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Insani, Zahrah Zahirah
Januwarsono, Santoso
Pratama Putera, Rizki
Januwarsono, Santoso
Pratama Putera, Rizki
Subject
Teknik Elektro
Datestamp
2022-10-12 01:19:47
Abstract :
Until the end of 2019, the ministry og energy and natural Resources (ESDM) recorded that national electrification ratio reaching 98.89%. This electrification ratio is supplied from PLN of 95.45 %, non-PLN 2.48 % and Energy Saving Solar Lights (LTSHE) 0.37 %. At present, the energy mix has only reached 13 % of the target of 23 % in 2025. Indonesia is tropical country, with summer season and crossed by the equator which has a higher average value of PSH ( Peak Sun Hours) at 4.5 - 5.5 kWh / m2m/ day. So for the use of solar panels as a subtitute for electricity in the country of, Indonesia is the one of the best choice. For household needs in urban areas is still limited to use only on day ( On-grid) while at the time of peak load (WBP) PLN still generates oil and gas fired power plants which production costs are relatively expensive. The North Sulawesi- Gorontalo electricity system at the time of the peak load was supported by 2 oil-fired generators namely LMVPP and PLTD Telaga with a weighted average BPP of Rp. 3.333,6 / kWh and electricity production of 333.530 kWh/ day ( 5 hours of operation ) BPP from PLTS IS Rp. 3.050,- / kWh from the results of study, it is obtained Saving s from the BPP difference of 283,6 Rp/ kWh / day times 365 days will generate Saving Rp. 21 Milyar pe year for PLN
Until the end of 2019, the ministry og energy and natural Resources (ESDM) recorded that national electrification ratio reaching 98.89%. This electrification ratio is supplied from PLN of 95.45 %, non-PLN 2.48 % and Energy Saving Solar Lights (LTSHE) 0.37 %. At present, the energy mix has only reached 13 % of the target of 23 % in 2025. Indonesia is tropical country, with summer season and crossed by the equator which has a higher average value of PSH ( Peak Sun Hours) at 4.5 - 5.5 kWh / m2m/ day. So for the use of solar panels as a subtitute for electricity in the country of, Indonesia is the one of the best choice. For household needs in urban areas is still limited to use only on day ( On-grid) while at the time of peak load (WBP) PLN still generates oil and gas fired power plants which production costs are relatively expensive. The North Sulawesi- Gorontalo electricity system at the time of the peak load was supported by 2 oil-fired generators namely LMVPP and PLTD Telaga with a weighted average BPP of Rp. 3.333,6 / kWh and electricity production of 333.530 kWh/ day ( 5 hours of operation ) BPP from PLTS IS Rp. 3.050,- / kWh from the results of study, it is obtained Saving s from the BPP difference of 283,6 Rp/ kWh / day times 365 days will generate Saving Rp. 21 Milyar pe year for PLN
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