DAMPAK PEMASANGAN DISTRIBUTED GENERATION TERHADAP RUGI-RUGI DAYA
Abstract: The introduction of
distributed generation (DG) onto distribution networks has a significant effect
on power system. This effect cannot be characterized as detrimental or
beneficial but is dependent on the allocation of DG on each distribution
network section. Here the impact of DG on losses has been modeLED, facilitating
a unique appr oach to the allocation of DG. This approach has been implemented
and tested on sample sections of distribution network and results are presented
showing the optimal allocation of DG which improves the efficiency of energy
delivery on the distribution network. This paper aims to investigate the impact
of distributed generation on distribution system losses. The main objective is
to reduce the power losses based on location of DG and size of injection.
Minimizing losses in the system is a delicate balance; one of the key areas is
a balance between transmission losses and storage losses. Distributed
generation can save on transmission losses and must be carefully designed to
ensure that storage and the losses associated are minimized. Distributed
generation can be used in niche applications to assist distributed generation
and help manage the variability of the transmission grid. Using application
program ETAP 6.0 and the Manokwari electricity distribution system as case
study, the results shows that at certain location, the power injection of DG
has decrease losses from 240,15 kW to 99,39 kW and more economic than without
DG installation. The best location of interconnection is bus 77 from power grid
and injection of 85% DG capacity.
Penulis: Elias K. Bawan
Kode Jurnal: jptlisetrodd120260
