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Charge Transport in Oil Impregnated Paper Insulation Under Temperature Gradient Using Transient Upstream FEM 被引量:10
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作者 Shuo Jin Jiangjun Ruan +4 位作者 Zhiye Du Zhifei Yang Taotao Zhou Guodong Huang Lin Zhu 《CSEE Journal of Power and Energy Systems》 SCIE 2015年第3期3-9,共7页
Charge transport in oil impregnated paper impacts the insulation performance of a transformer.This paper proposes a simulation method for the charge transport in oil impregnated paper insulation.The transient upstream... Charge transport in oil impregnated paper impacts the insulation performance of a transformer.This paper proposes a simulation method for the charge transport in oil impregnated paper insulation.The transient upstream finite element method(FEM)is applied to the transport equations of bipolar charges for establishing a numerical simulation model of charge transport in oil impregnated paper insulation.The method is validated by experimental results.The charge transport and electric field distribution in single-layer oil impregnated paper insulation under different temperature gradients is simulated.The trends of the simulation results are seen to agree with the corresponding experimental results.This paper conducts exploratory research into the simulation of charge transportation phenomenon in oil impregnated paper,and is of importance to the design of oil impregnated paper insulation. 展开更多
关键词 oil impregnated paper insulation space charge TRANSPORT temperature gradient transient upstream FEM
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