PENGARUH KONEKSI DISTRIBUTED GENERATION TERHADAP TEGANGAN PADA JARINGAN DISTRIBUSI TEGANGAN MENENGAH BENGKAYANG
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Pramono, Indra Yogie
Agus Yogianto, Aloysius
Makkulau, Andi
Agus Yogianto, Aloysius
Makkulau, Andi
Subject
Teknik Elektro
Datestamp
2022-10-11 06:56:33
Abstract :
In the electric power system, the closest part to the use of electricity is the distribution system. The most often problems occur when the distribution of electric voltage from the power generation system to the distribution system has drop voltage that effects for customers. Distributed generation (DG) with small power plant that use renewable energy connected directly to the network system. In the interconnection of Distributed Generation (DG), distribution systems have a significant influence on improving the quality of distribution system to fix drop voltage. Consumers that is located far from the source of interconnection system tend to receive lower voltage than the consumer which is located close to the source system. The method used is the descriptive quantitative method which the collected data is processed on ETAP 12.6 software 12.6.0. and after obtaining the result from ETAP 12.6.0 we make further calculations when the connected network of Distributed Generations with 2x750Kw generators can be accessed with a network quality of the strand profile of the farthest network when the peak day load conditions on the GH Samalantan bus from 19,54Kv to 20,01 and during the night peak load conditions from 19,474kV to 19,96kV.
In the electric power system, the closest part to the use of electricity is the distribution system. The most often problems occur when the distribution of electric voltage from the power generation system to the distribution system has drop voltage that effects for customers. Distributed generation (DG) with small power plant that use renewable energy connected directly to the network system. In the interconnection of Distributed Generation (DG), distribution systems have a significant influence on improving the quality of distribution system to fix drop voltage. Consumers that is located far from the source of interconnection system tend to receive lower voltage than the consumer which is located close to the source system. The method used is the descriptive quantitative method which the collected data is processed on ETAP 12.6 software 12.6.0. and after obtaining the result from ETAP 12.6.0 we make further calculations when the connected network of Distributed Generations with 2x750Kw generators can be accessed with a network quality of the strand profile of the farthest network when the peak day load conditions on the GH Samalantan bus from 19,54Kv to 20,01 and during the night peak load conditions from 19,474kV to 19,96kV.
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