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Interconnection of Dispersed Generation Systems considering Load Unbalance and Load Model in Composite Distribution Systems  

이유정 (청원고등학교)
김규호 (안산공과대)
이상근 (원주대)
유석구 (한양대학교 전기공학과)
Publication Information
The Transactions of the Korean Institute of Electrical Engineers A / v.53, no.5, 2004 , pp. 266-274 More about this Journal
Abstract
This paper presents a scheme for the interconnection of dispersed generator systems(DGs) based on load .unbalance and load model in composite distribution systems. Groups of each individual load model consist of residential, industrial, commercial, official and agricultural load. The unbalance is involved with many single-phase line segment. . Voltage profile improvement and system loss minimization by installation of DGs depend greatly on how they are placed and operated in the distribution systems. So, DGs can reduce distribution real power losses and replace large-scale generators if they are placed appropriately in the distribution systems. The main idea of solving fuzzy goal programming is to transform the original objective function and constraints into the equivalent multi-objectives functions with fuzzy sets to evaluate their imprecise nature for the criterion of power loss minimization, the number or total capacity of DGs and the bus voltage deviation, and then solve the problem using genetic algorithm. The method proposed is applied to IEEE 13 bus and 34 bus test systems to demonstrate its effectiveness.
Keywords
Dispersed Generation Systems(DGs); DGs Interconnection; Fuzzy Goal Programming; Load Model; Voltage Profile Improvement; system loss minimization;
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