PENGARUH PEMASANGAN DISTRIBUTED GENERATION TERHADAP PROFIL TEGANGAN PADA JARINGAN DISTRIBUSI
DOI:
https://doi.org/10.30595/techno.v13i1.40Abstract
The need for electrical energy is increasing, as more extensive network of electric power due to greater demand, as well as the distance between the centers of power to the load centers will lead to a reduction in power, because in the delivery of power from the generator to the consumer or customers there is a power loss and voltage drop. To overcome this, there is one solution that can be used to install the Distributed Generation (DG) on distribution networks. The focus of research is to see how the influence of DG before installation and after installation of DG on power distribution systems to improve voltage profile and power losses in distribution networks with variable injection and location. DG potential used is 3 pieces of micro power plants. Testing is done by simulation using ETAP Power Station 6.0 software. The simulation results show before the installation of DG voltage at the end of the network having a voltage drop of 7.06%, after the installation of DG with the injection of 85% of total capacity in section 8, the voltage drop to 1.12% successfully repaired. Key words: Distributed Generation, Voltage ProfileReferences
. Angelopoulos, Konstantinos, 2004, â€Integration of Distributed Generation in Low Voltage Networks : Power Quality and Economicsâ€, University of Strathclyde in Glasgow Departement of Mechanical Engineering Glasgow.
. Barker, P.P., and De Mello, R.W., 2000, “Determining the Impact of Distributed Generation on Power System : Part 1-Radial Distribution Systems”
. Borges C.L.T, Falco. D.M, “Impact of Distributed Generation Alocation and Sizing on Realibility, Lossses and Voltage Profile”, Power tech Conference Proceeding, vol. 2, Bologna, Italy, June 23-26, 2003
. Chiradeja. P, and Ramakumar. R., A “Probabilistic Approach to The Analysis of Voltage Profile Improvement with Distributed Wind Electric Generation”, in Proc.32nd Annual Frontiers of Power Conf, Stillwater, UK, pp. XII 1-10, October 2001.
. Daly, P.A. Morrison. J., ‘Understanding The Potential Benefits of Distributed Generation on Power Delivery Systems’, Rural Electric Power Conference, 2001, vol., No., pp. A2/1-A213, 2001
. Gonen. T., 1986,†Electric Power Distribution System Engineeringâ€, McGraw-Hill New York.
. Hansen,J.C.,Bower,J.,2003, â€An Economic Evaluation of Small-Scale Distributed Electricity Generation Technologiesâ€, Oxford Institute for Energy Studies EL 05, Oxford.
. IEEE, 2003., “Standard For Interconnecting Distributed Resources with Electric Power Systems”, 1547 IEEE.
. Jaganathan, R.K., Saha, T.K., 2004, “Voltage Stability Analysis of Grid Connected Embedded Generators”, Australian Universities Power Engineering Conference, Australia.
. W.D. Stevenson, Jr., 1985, †Elements of Power System Analysisâ€, 4th Edition, McGraw-Hill International Book Company.
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