%0 Generic
%A NUGRAHA , WIJAYAWARDHANA 
%C UNIVERSITAS LAMPUNG
%D 2023
%F eprints:77217
%I FAKULTAS TEKNIK
%T ANALISIS STUDI KELAYAKAN EKONOMI DAN SELF CONSUMPTION  PLTS ON-GRID DAN HYBRID KAPASITAS 1.328 kWp
%U http://digilib.unila.ac.id/77217/
%X Energi terbarukan menjadi energi alternatif yang akan menggantikan peran bahan  bakar fosil untuk memenuhi kebutuhan energi listrik masyarakat. Permen ESDM  nomor 26 tahun 2021 energi listrik pelanggan PLTS atap di ekspor sebesar 100%,  namun nantinya akan di revisi bahwasanya energi dari PLTS atap tidak akan di  ekspor ke PLN, maka dilakukan upaya meningkatkan self-consumption pada sistem  PLTS serta menganalisa penghematan dan keuntungan nya. Dalam penelitian ini  dilakukan Analisis Studi Kelayakan Ekonomi Dan Self-Consumption Plts On-Grid  Dan Hybrid dengan kapasitas 1.339,2 kWp memiliki tujuan untuk mengetahui nilai  self-consumption pada PLTS On-Grid dan Hybrid, menganalisis kelayakan  ekonomi berdasarkan nilai self-consumption pada sistem PLTS On-Grid dan  Hybrid. Dengan menggunakan bahasa pemrograman python dan perhitungan PBP,  NPV, IRR, PI, menghasilkan kesimpulan berupa nilai self-consumption  dipengaruhi oleh besarnya kebutuhan beban listrik semakin besar kebutuhan beban  listrik maka nilai self-consumption akan semakin besar, nilai self-consumption  mempengaruhi kelayakan ekonomi semakin besar nilai self-consumption maka  kelayakan ekonominya semakin besar.  Kata kunci — PLTS On-grid, PLTS Hybrid, PBP, NPV, IRR, PI, Kelayakan  ekonomi    Renewable energy has emerged as an alternative to replace the role of fossil fuels  in meeting society's electricity needs. According to Regulation of the Ministry of  Energy and Mineral Resources (ESDM) No. 26 of 2021, electricity generated by  rooftop solar power plants (PLTS) is initially mandated to be exported at 100%.  However, there is a plan to revise this regulation, indicating that energy from  rooftop solar power plants will no longer be exported to the national electricity  company (PLN). Consequently, efforts are being made to enhance selfconsumption  in solar power systems, accompanied by an analysis of the associated  savings and benefits. This study conducts an Economic Feasibility and Self-  Consumption Analysis of On-Grid and Hybrid Solar Power Plants with a capacity  of 1,339.2 kWp. The primary objectives are to determine the self-consumption  values in On-Grid and Hybrid solar power systems and to analyze the economic  feasibility based on the self-consumption values in both systems. Employing the  Python programming language and calculations involving Payback Period (PBP),  Net Present Value (NPV), Internal Rate of Return (IRR), and Profitability Index  (PI), the study concludes that self-consumption values are influenced by the  magnitude of electricity demand. As the electricity demand increases, the selfconsumption  value also increases, subsequently affecting the economic feasibility.  A higher self-consumption value correlates with greater economic feasibility.  Keywords: On-grid Photovoltaic System, Hybrid Photovoltaic System, Payback  Period, Net Present Value, Internal Rate of Return, Profitability Index, Economic  Feasibility.