Analisis Teknik Serta Kelayakan Ekonomi Pada Perancangan Pembangkit Listrik Tenaga Surya Sistem Hybrid

  • Denis Denis Universitas Diponegoro
  • Jaka Windarta Universitas Diponegoro
  • Bambang Winardi Universitas Diponegoro
  • Imam Arifan Nurdani Universitas Diponegoro
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Abstract

National electrical energy needs are increasing every year. This is accompanied by an increasingly massive use of fossil energy as a power plant. The government is targeting a share of new and renewable energy (EBT) of at least 23% by 2025. As a tropical country, Indonesia has a large potential for new and renewable energy, which mostly consists of solar energy with an average daily radiation of 4.8 kWh/m2/day. The design of a solar power plant (PLTS) at SMA Negeri 3 Surakarta is an effort to utilize NRE and can be used as a model for environmentally friendly schools for similar public institutions and the general public. This PLTS uses a hybrid system with a generating capacity of 1230 Wp, SCC 60A, 24 V 200 Ah battery and a 2400 W hybrid inverter. Using analysis methods with PVSyst and RetScreen simulations, this PLTS generates electricity of 1,653.2 kWh/year. With an initial investment of IDR 25,186,000, the net present value is IDR 1,210,272 and the payback period is 24 years.

References

D.E.N,OutlookEnergiIndonesia(OEI)2019.2019.[2]J.Jamaludin,“OPTIMASIALIRANKOMPRESSORPADATURBINGASUNTUKPEMBANGKITLISTRIKTENAGABIOMASSDENGANKAPASITAS20MW,”JurnalTeknik,vol.5,no.2,2016,doi:10.31000/jt.v5i2.343.[3]KementrianEnergidanSumberDayaMineral,RENCANAUMUMKETENAGALISTRIKANNASIONAL2019-2038.Jakarta,2019.[4]KementrianPerindustrianRepublikIndonesia,“BookletSeminarNasionalTeknologiIndustriHijau,”vol.2,no.Peranteknologiramahlingkunganuntukmendukungindustrihijau,May2017.[5]A.K.alBaharandA.T.Maulana,“PerencanaandanSimulasiSistemPLTSOff-GridUntukPeneranganGedungFakultasTeknikUNKRIS,”JurnalIlmiahElektrokrisna,vol.6,no.3,2018.[6]K.A.Makinde,O.B.Adewuyi,A.O.Amole,andO.A.Adeaga,“DesignofGrid-connectedandStand-alonePhotovoltaicSystemsforResidentialEnergyUsage:ATechnicalAnalysis,”JournalofEnergyResearchandReviews,2021,doi:10.9734/jenrr/2021/v8i130203.[7]J.Windarta,S.Saptadi,Denis,D.A.Satrio,andJ.S.Silaen,“EconomicFeasibilityAnalysisofRooftopSolarPowerPlantDesignwithHousehold-ScaleOn-GridSysteminSemarangCity,”inE3SWebofConferences,2020,vol.202.doi:10.1051/e3sconf/202020209002.[8]PujawanI.N.,EkonomiTeknikEdisi3,3rded.Yogyakarta:LautanPustaka,2019.[9]M.Giatman,EKONOMITEKNIK.Jakarta:RajaGrafindoPersada,2011.[10]T.AfazandM.Gusman,“AnalisisKelayakanInvestasiMenggunakanMetodeDiscountedCashFlowpadaTambangAspalPT.WijayaKaryaBitumendiDesaNamboKecematanLasalimu,KabupatenButon,SulawesiTenggara,”JurnalBinaTambang,vol.6,no.6,2021.[11]M.IR.MandiyoPriyo,“EkonomiTeknik,”JournalofMaterialsProcessingTechnology,vol.1,no.1,2018.[12]B.Marionetal.,“Performanceparametersforgrid-connectedPVsystems,”2005.doi:10.1109/PVSC.2005.1488451.[13]A.K.Saxena,S.Saxena,andK.Sudhakar,“Energy,economicandenvironmentalperformanceassessmentofagrid-tiedrooftopsystemindifferentcitiesofIndiabasedon3Eanalysis,”CleanEnergy,vol.5,no.2,2021,doi:10.1093/ce/zkab008.[14]S.Sugianto,“ComparativeAnalysisofSolarCellEfficiencybetweenMonocrystallineandPolycrystalline,”INTEK:JurnalPenelitian,vol.7,no.2,2020,doi:10.31963/intek.v7i2.2625.[15]BankIndonesia,“DataInflasi-BankSentralRepublikIndonesia,”DataInflasi-BankSentralRepublikIndonesia,2021.[16]J.Windarta,E.W.Sinuraya,Denis,D.Mahardhika,andI.Muammar,“StudiPerancanganPembangkitListrikTenagaSurya(PLTS)denganSistemOnGriduntukSupplyListrikpadaLingkunganBankPerkreditanRakyatPedesaandiBPRBKKMandirajaCabangWanayasaKabupatenBanjarnegaraditinjaudariTeknisdanEkonomiTeknik,”Dec.2020.[17]Denis,E.W.Sinuraya,dkk,"AnalysisofPerformanceandControlofDCMicrogridsasElectricityProvidersforRenewableEnergy",The6thInternationalConferenceonEnergy,Environment,Epidemiology,andInformationSystem(ICENIS2021),Semarang,2021,doi:10.1051/e3sconf/202131704032[18]B.Winardi,E.W.Sinuraya,A.Nughrogo,Denis,"DesignandImplementationofRooftopoffGridSolarPanelforHouseholdElectricityLoads",8thInternationalConferenceonInformationTechnologyComputerandElectricalEngineering(ICITACEE),Semarang,2021,doi:10.1109/ICITACEE53184.2021.9617551

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Published
2022-01-22