Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application

This paper presents the economic feasibility of hybrid microgrid power system for three remote islands of Sumatra, Indonesia. The microgrid system simulated and analysed using Homer Pro software. Optimization results showed that the combination of photovoltaic (PV), diesel generation (G) and batteri...

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Autores principales:	Syafii Syafii, Pinto Anugrah, Heru Dibyo Laksono, Herris Yamashika
Formato:	article
Lenguaje:	EN
Publicado:	UIKTEN 2021
Materias:	economic feasibility hybrid microgrid system pv/wind and indonesia remote application Education L Technology T
Acceso en línea:	https://doaj.org/article/49ddbc835f5249f18eb76ec481131e4c
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spelling	oai:doaj.org-article:49ddbc835f5249f18eb76ec481131e4c2021-12-01T22:50:15ZEconomic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application10.18421/TEM104-662217-83092217-8333https://doaj.org/article/49ddbc835f5249f18eb76ec481131e4c2021-11-01T00:00:00Zhttps://www.temjournal.com/content/104/TEMJournalNovember2021_2001_2006.pdfhttps://doaj.org/toc/2217-8309https://doaj.org/toc/2217-8333This paper presents the economic feasibility of hybrid microgrid power system for three remote islands of Sumatra, Indonesia. The microgrid system simulated and analysed using Homer Pro software. Optimization results showed that the combination of photovoltaic (PV), diesel generation (G) and batteries (Batt) for microgrid power system in Mandeh and Lagundri Island area were the most economical configuration. Meanwhile, for Mentawai area, the combination of PV, Wind Turbine (WT), G, Batt was the most optimal since it has higher wind speed then the other two areas. The Mandeh area has the highest solar radiation compared to the other two areas, resulting in the lowest CoE of $0.096/kWh as well as the lowest investment and operational costs. For the fixed PV 100 kW scenario, the optimal configuration is obtained with 86 kW supplied by WT for the Lagundri location, and 67 kW supplied by WT for the Mentawai area, while the WT installation area is not recommended for Mandeh location. The power management analysis showed that the average and patterns of weather parameters including solar radiation and wind speed effect both PV and Wind electrical power production.Syafii SyafiiPinto AnugrahHeru Dibyo LaksonoHerris YamashikaUIKTENarticleeconomic feasibilityhybrid microgrid systempv/wind and indonesia remote applicationEducationLTechnologyTENTEM Journal, Vol 10, Iss 4, Pp 2001-2006 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	economic feasibility hybrid microgrid system pv/wind and indonesia remote application Education L Technology T
spellingShingle	economic feasibility hybrid microgrid system pv/wind and indonesia remote application Education L Technology T Syafii Syafii Pinto Anugrah Heru Dibyo Laksono Herris Yamashika Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
description	This paper presents the economic feasibility of hybrid microgrid power system for three remote islands of Sumatra, Indonesia. The microgrid system simulated and analysed using Homer Pro software. Optimization results showed that the combination of photovoltaic (PV), diesel generation (G) and batteries (Batt) for microgrid power system in Mandeh and Lagundri Island area were the most economical configuration. Meanwhile, for Mentawai area, the combination of PV, Wind Turbine (WT), G, Batt was the most optimal since it has higher wind speed then the other two areas. The Mandeh area has the highest solar radiation compared to the other two areas, resulting in the lowest CoE of $0.096/kWh as well as the lowest investment and operational costs. For the fixed PV 100 kW scenario, the optimal configuration is obtained with 86 kW supplied by WT for the Lagundri location, and 67 kW supplied by WT for the Mentawai area, while the WT installation area is not recommended for Mandeh location. The power management analysis showed that the average and patterns of weather parameters including solar radiation and wind speed effect both PV and Wind electrical power production.
format	article
author	Syafii Syafii Pinto Anugrah Heru Dibyo Laksono Herris Yamashika
author_facet	Syafii Syafii Pinto Anugrah Heru Dibyo Laksono Herris Yamashika
author_sort	Syafii Syafii
title	Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
title_short	Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
title_full	Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
title_fullStr	Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
title_full_unstemmed	Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application
title_sort	economic feasibility study on pv/wind hybrid microgrids for indonesia remote island application
publisher	UIKTEN
publishDate	2021
url	https://doaj.org/article/49ddbc835f5249f18eb76ec481131e4c
work_keys_str_mv	AT syafiisyafii economicfeasibilitystudyonpvwindhybridmicrogridsforindonesiaremoteislandapplication AT pintoanugrah economicfeasibilitystudyonpvwindhybridmicrogridsforindonesiaremoteislandapplication AT herudibyolaksono economicfeasibilitystudyonpvwindhybridmicrogridsforindonesiaremoteislandapplication AT herrisyamashika economicfeasibilitystudyonpvwindhybridmicrogridsforindonesiaremoteislandapplication
_version_	1718404037319065600

Economic Feasibility Study on PV/Wind Hybrid Microgrids for Indonesia Remote Island Application

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