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PERANCANGAN INSTALASI LISTRIK PADA RUMAH TOKO TIGA LANTAI DENGAN DAYA 12 KW
The Energy Self-Sufficient Village is one of main programs from goverment about
the village ability to produce energy. This program has been launched in 2007 by the
President of the Republic of Indonesia, to enhance energy security in rural areas by
harnessing local energy potential. The criteria of Energy Self-Sufficient Village is
village capability to produce at least 60% of the total amount of required energy,
using renewable energy. Geographically, Margajaya village has solar and
microhydro resource which is very potential for being developed. Furthermore,
Margajaya also produces agricultural commodities such as palm oil, in which it also
produces waste like palm bunches which is a very potential biomass. The
optimization of renewable energy for electrical power generation which has annual
power peak of 65kW and daily energy consumtion of 415kWh/day in Margajaya
village has been designed using HOMER. The result from simulation of Hybrid
renewable system in HOMER showed that Hydro, Biomass and grid is the most
economical solution over hydro-biomass-PV with battery, to design hybrid system
with minimum total net present cost (NPC) and cost of electricity. The system can
serve annual 100% of load in Margajaya and have surplus of electricity, and could
sell to grid with amount of 124.827kWh/years. Economically, the electricity of the
system costs US$ 0,013/kWh.
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