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Evaluation of applicability of black-box arc model for DC circuit breaker and comparative analysis of arc characteristic parameters
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직류 차단기에 대한 Black-box 아크 모델 적용성 평가 및 아크 특성 매개 변수 비교 분석

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Type
Academic journal
Author
Hyun-Min Mun (한양대학교) Kyu-Hoon Park (한양대학교) Il Kwon (한양대학교) Bang-Wook Lee (한양대학교)
Journal
The Korean Institute of Electrical Engineers The transactions of The Korean Institute of Electrical Engineers Vol.69 No.12 KCI Accredited Journals SCOPUS
Published
2020.12
Pages
1,890 - 1,897 (8page)
DOI
10.5370/KIEE.2020.69.12.1890

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Evaluation of applicability of black-box arc model for DC circuit breaker and comparative analysis of arc characteristic parameters
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Research history (4)

2021

Evaluation of applicability of black-box arc model for low voltage DC circuit breaker and comparative analysis of arc characteristic
문현민 전자공학과 2021.01 Thesis

2020

Evaluation of applicability of black-box arc model for DC circuit breaker and comparative analysis of arc characteristic parameters
Hyun-Min Mun ,  Kyu-Hoon Pa ,  k and others 2 The transactions of The Korean Institute of Electrical Engineers 2020.12 Academic journal
Applicability Evaluation of the Habedank arc model to low-voltage DC circuit breaker considering the arc characteristic parameters
Hyun-Min Mun ,  Kyu-Hoon Pa ,  k and others 2 대한전기학회 학술대회 논문집 2020.11 Proceeding
Applicability Evaluation of the the AC KEMA arc model to low-voltage DC circuit breaker considering the arc characteristic parameters
Hyun-Min Mun ,  Kyu-Hoon Pa ,  k and others 2 대한전기학회 학술대회 논문집 2020.07 Proceeding
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Abstract· Keywords

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Analyzing the arc interruption phenomena of circuit breakers, physical arc model is generally used, but its analysis and applications is complex because it requires understanding a lot of physical parameters such as thermodynamics and mathematical equations which occur during arc interruption process. But the black box model which simulate the dynamic arc behaviour and its interaction with network could be conveniently used to extract essential parameters to determine the performance of the circuit breaker. Black box arc model could represent the non-linear characteristics of the arc using differential equations based on the conductivity of the arc. In order to develop reliable DC circuit breaker which don’t have a natural current zero point, a transient analysis of the non-linear arc characteristics occurring during interruption is needed. In previous studies, black box arc models have been used to analyze AC arc characteristics, and there are few study applying it to DC circuit breakers. This paper simulates the applicability evaluation for DC circuit breakers using KEMA and Habedank black box arc models based on the actual DC circuit breaker test data sheet. Parameters of the black box arc model were determined by performing Parameter Sweep for the main factors, such as interrupting time, arc voltage, and arc time constant. As a result, the applicability of the black box arc model to the DC circuit breaker was verified by predicting the DC arc behavior, and more suitable model for the DC circuit breaker was suggested by comparing the DC arc waveforms.
#DC circuit breaker #Black-Box Arc Model #DC arc #Transient analysis #Electrical conductivity of arc

Contents

Abstract
1. 서론
2. 관련 이론
3. 직류 차단기 블랙박스 아크 모델 개발
4. 결과 및 토의
5. 결론
References

References (14)

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주남규 / 2014 / DC 차단기 개발에 관한 연구 google schola Frederick D. Esenwein / 1995 / Simulation of Arc-Circuit Instability in a Low Current DC Automotive Switching Application / IEEE Transactions on vehicular technology 44(2):348~355 google schola Mesut Baran / 2006 / PEBB Based DC System Protection: Opportunities and Challenges / 2005 IEEE/PES Transmission and Distribution Conference and Exhibition google schola Frederick D. / 1995 / Simulation of Arc Circuit Instability in a Low Current DC Automotive Switching Application / IEEE Transactions on Vehicular Technology 44(2) google schola A. Ahmethodzic / 2010 / Computer Simulation of High-Voltage SF6 Circuit Breakers : Approach to Modeling and Application Results / IEEE Intern. Conf. Power Modulators and High Voltage (IPMHV) google schola

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