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Development of Frequency Dependent Equivalent using Genetic Algorithm and it`s Application for Electromagnetic Transient Analysis of Practical Power System Model
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 Title & Authors
Development of Frequency Dependent Equivalent using Genetic Algorithm and it`s Application for Electromagnetic Transient Analysis of Practical Power System Model
Choi, Sun-Young; Park, Seung-Yub;
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 Abstract
This paper deals with an methodology for acquiring optimal order of rational function model in FDNE(frequency dependent network equivalents) with GA(genetic Algorithm). In order to analyze the modern power system with huge complexity, an practical and efficient equivalent model is needed which represents the system`s characteristics of transient phenomenon. this paper shows developing a z domain rational function model which have the resultant coefficient from proposed GA simulation. To demonstrate this methodology, some simulations are performed with practical power system of NZ which applied with fault condition and nonlinear converter load.
 Keywords
FDNE(Frequency Dependent Network Equivalent);GA(Genetic Algorithms);Evolution Process;ARMA;Optimal Order;Phenotype;Elecromagnetic Transient;
 Language
Korean
 Cited by
 References
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