Mechanism Analysis of Sympathetic Inrush in Traction Network Cascaded Transformers Based on Flux-Current Circuit Model
Copyright policy )Mechanism Analysis of Sympathetic Inrush in Traction Network Cascaded Transformers Based on Flux-Current Circuit Model
When electric multiple units (EMU) pass the neutral zone, the traction transformer may generate sympathetic inrush, which will cause a malfunction in the transformer differential protection. In order to study the mechanism of the sympathetic inrush of the cascaded traction transformer, the flux–current model of the transformer, line impedance, power system voltage source, and other loads was established. On the basis of the flux–current circuit model, the influence of different factors on the sympathetic inrush of the traction transformer was analyzed. The analysis results were verified by simulation. Research results show that the remanence, closing angle, line impedance, and load will affect the duration and amplitude of the sympathetic inrush.
- Central South University China (People's Republic of)
- Central South University China (People's Republic of)
traction network, Technology, traction network; sympathetic inrush; cascaded transformer; transformer saturation; flux–current circuit model, T, sympathetic inrush, flux–current circuit model, transformer saturation, cascaded transformer
traction network, Technology, traction network; sympathetic inrush; cascaded transformer; transformer saturation; flux–current circuit model, T, sympathetic inrush, flux–current circuit model, transformer saturation, cascaded transformer
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