Simulation of the temperature field distribution in medium-voltage vacuum interrupter and experimental verification

The temperature field distribution in the medium-voltage vacuum interrupter decides the thermal stability of it. In this paper, the simulation model of a kind of 12kV/3150A/40kA medium-voltage vacuum interrupter is constructed, and conductive bridge model is used. This paper simulates current contra...

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Published inIOP conference series. Materials Science and Engineering Vol. 292; no. 1; pp. 12042 - 12051
Main Authors Sun, W, Liu, H L, Cai, Y G, Li, Y L, Zhou, H Y, Zhou, Y
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.01.2018
Subjects
Electric contacts
Electric potential
Finite element method
Interrupters
Ohmic dissipation
Resistance heating
Simulation
Steady state
Temperature distribution
Thermal stability
Voltage
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Abstract The temperature field distribution in the medium-voltage vacuum interrupter decides the thermal stability of it. In this paper, the simulation model of a kind of 12kV/3150A/40kA medium-voltage vacuum interrupter is constructed, and conductive bridge model is used. This paper simulates current contraction and Joule heating between contacts, and solves relevant problems using the function of the thermal-electrical coupling in the finite element software ANSYS. Steady-state temperature rise of vacuum interrupter at rated current and transient temperature rise of vacuum interrupter at short-time withstand current are calculated. Influence of the contact situation on vacuum interrupter temperature rise is analyzed. Steady-state temperature rise experiments for the interrupter are carried out, and experiment results verify the accuracy of simulation results. The results are useful in the designing and optimizing of medium-voltage vacuum interrupter.
AbstractList The temperature field distribution in the medium-voltage vacuum interrupter decides the thermal stability of it. In this paper, the simulation model of a kind of 12kV/3150A/40kA medium-voltage vacuum interrupter is constructed, and conductive bridge model is used. This paper simulates current contraction and Joule heating between contacts, and solves relevant problems using the function of the thermal-electrical coupling in the finite element software ANSYS. Steady-state temperature rise of vacuum interrupter at rated current and transient temperature rise of vacuum interrupter at short-time withstand current are calculated. Influence of the contact situation on vacuum interrupter temperature rise is analyzed. Steady-state temperature rise experiments for the interrupter are carried out, and experiment results verify the accuracy of simulation results. The results are useful in the designing and optimizing of medium-voltage vacuum interrupter.
Author Sun, W
Liu, H L
Cai, Y G
Zhou, Y
Li, Y L
Zhou, H Y
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10.1108/03321641211209861
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References Liang S H (4) 2000; 3
Mateev V (2) 2014
Cadick J (3) 2012
Yu L (1) 2010
6
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Chen D G (5) 2010
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    fullname: Mateev V
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Snippet The temperature field distribution in the medium-voltage vacuum interrupter decides the thermal stability of it. In this paper, the simulation model of a kind...
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StartPage 12042
SubjectTerms Electric contacts
Electric potential
Finite element method
Interrupters
Ohmic dissipation
Resistance heating
Simulation
Steady state
Temperature distribution
Thermal stability
Voltage
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Title Simulation of the temperature field distribution in medium-voltage vacuum interrupter and experimental verification
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