Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda

Yunnan, China

Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda

Yunnan, China

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Song M.,Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda | Cao K.,Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda | Tang Y.,Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda | Wang D.,Yunnan PowerGrid Corporation Science Park of Yunnan Power Yunda | And 3 more authors.
IEEE Transactions on Applied Superconductivity | Year: 2012

This paper aims to study the feasibility of improving pulsed current output by using High temperature superconducting (HTS) air-core transformer. Based on the theoretical analysis, the simulations are done. Results of the simulations indicate that the HTS air-core pulse transformer can magnify the output current magnitude and accelerate the velocity of discharge. However, when a series of inductor modules use the same one HTS air-core transformer, the residual current may influence the discharging waveform. To eliminate residual current, self-coupling discharging model is proposed. The simulated and experimental results illustrate that a self-coupling model can eliminate the residual current effectively. The results of this analysis contribute to the research of superconducting inductor pulsed current output. © 2012 IEEE.

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