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Analysis of temperature rise in reactors using coupled multi-physics simulations

The ventilation system design of dry-type air-core reactor is a complex task that must determine the thermal loads to achieve the maximum insulation material exploitation. In this paper, the temperature rise in reactor is due to Joule's losses and heat dissipation by air convection, convection...

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Main Authors:	Yu Jiao Zhang, Wei Nan Qin, Gang Liang Wu, Jiang Jun Ruan, Tao Huang
Format:	Conference Proceeding
Language:	English
Subjects:	Conductors coupled magnetic field-circuit dry-type air-core reactor Finite element analysis fluid field Fluids Heating Inductors Mathematical model temperature rise thermal field Windings
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creator	Yu Jiao Zhang Wei Nan Qin Gang Liang Wu Jiang Jun Ruan Tao Huang
description	The ventilation system design of dry-type air-core reactor is a complex task that must determine the thermal loads to achieve the maximum insulation material exploitation. In this paper, the temperature rise in reactor is due to Joule's losses and heat dissipation by air convection, convection and radiation. The Joule's losses calculated by coupled magnetic field-circuit analysis are used as the input for the thermal field by finite-element analysis, which is directly coupled with fluid analysis. Finally, the temperature distributions of reactor can be calculated. Therefore, the thermal performance analysis of air-core reactor could be conducted in the early design stage to guarantee the insulation material requirements.
doi_str_mv	10.1109/ASEMD.2013.6780795
format	conference_proceeding
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identifier	EISBN: 9781479900701
ispartof	2013 IEEE International Conference on Applied Superconductivity and Electromagnetic Devices, 2013, p.363-366
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language	eng
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source	IEEE Electronic Library (IEL) Conference Proceedings
subjects	Conductors coupled magnetic field-circuit dry-type air-core reactor Finite element analysis fluid field Fluids Heating Inductors Mathematical model temperature rise thermal field Windings
title	Analysis of temperature rise in reactors using coupled multi-physics simulations
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