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Content Provider | IEEE Xplore Digital Library |
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Author | Hong-Kyu Kim Jin-Kyo Chong Kyong-Yop Park |
Copyright Year | 1965 |
Abstract | This paper presents the optimal design of a SF6 gas circuit breaker to improve the capacitive current interrupting performance. The objective function for the optimization is the minimal difference between the breakdown voltage and the applied voltage. To obtain the dynamic gas properties, the axisymmetric Euler equation is solved using the finite volume fluid in cell method. Breakdown voltage is calculated using the empirical equation, which is a function of the gas density and the electric field intensity. To facilitate the optimization process, which is computationally intensive, the Kriging model is employed as an approximation model. A sequential approximation technique is developed to improve the accuracy of the Kriging model and to reduce the number of real function calls. The developed optimization technique was applied to the design of a 145-kV gas circuit breaker. It was verified that the optimized circuit breaker has better interrupting performance than the original model. |
Sponsorship | IEEE Magnetics Society |
Starting Page | 1574 |
Ending Page | 1577 |
Page Count | 4 |
File Size | 303117 |
File Format | |
ISSN | 00189464 |
Volume Number | 45 |
Issue Number | 3 |
Language | English |
Publisher | Institute of Electrical and Electronics Engineers, Inc. (IEEE) |
Publisher Date | 2009-03-01 |
Publisher Place | U.S.A. |
Access Restriction | One Nation One Subscription (ONOS) |
Rights Holder | Institute of Electrical and Electronics Engineers, Inc. (IEEE) |
Subject Keyword | Circuit breakers Carbon capture and storage Circuit testing Computational fluid dynamics Fluid flow Equations Performance analysis Design optimization Breakdown voltage Fluid dynamics Kriging model Approximation model breakdown voltage capacitive current interrupting gas circuit breaker |
Content Type | Text |
Resource Type | Article |
Subject | Electronic, Optical and Magnetic Materials Electrical and Electronic Engineering |
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