A Novel CT-Based Power Tapping Design Adapting to Extreme Current Fluctuation
ID:147 View Protection:PUBLIC Updated Time:2022-09-10 18:59:12 Hits:267 Oral Presentation

Start Time:Pending(Asia/Shanghai)

Duration:Pending

Session:No Session »

Abstract
With the wide application of online monitoring devices for power system, the current transformer (CT) energy extraction has received extensive attention. Whether the current of the transmission line is too high or too low, it makes the CT unable to supply power reliably. Aiming at this problem, the CT with adjustable output is designed to adapt to current fluctuation in this paper. The design consists of three parts: the multi-port CT, the power conversion module and the rechargeable battery. First, inspired by the multi-port transformer in the power system, the number of the CT output ports are set to three. Based on the parameter calculation of the CT, the relationship between the maximum output power and the CT size is given. Then, for the case that the current of the transmission line exceeds the design value of the CT, the related supporting circuit is designed. Finally, a simulation in COMSOL is implemented to verify the correctness of the parameter calculation.
 
Keywords
power tapping;current transformer (CT);multi-port CT;on-line monitoring devices
Speaker
Lianyong Wei
Ph.D candidate Tsinghua University

Submission Author
Lianyong Wei Tsinghua University
Jun Zou Tsinghua University
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    Sep 25

    2022

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    Sep 29

    2022

  • Aug 15 2022

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