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2000•Journal of the China Railway SocietyRequires access

Study of reactive power and negative phase sequence power compensation in traction substation

Li Xia

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Abstract

this paper analyses the principle in which the reactive power and negative phase sequence current is compensated by SVG. Aiming at the unbalanced characteristics of the traction substation, the synthetic compensation vector control method is given. According to the date of the Liuxinzhuang traction substation, a result of checking computation is presented.

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What this paper is about

this paper analyses the principle in which the reactive power and negative phase sequence current is compensated by SVG. Aiming at the unbalanced characteristics of the traction substation, the synthetic compensation vector control method is given. According to the date of the Liuxinzhuang traction substation, a result of checking computation is presented.

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Available abstract

this paper analyses the principle in which the reactive power and negative phase sequence current is compensated by SVG. Aiming at the unbalanced characteristics of the traction substation, the synthetic compensation vector control method is given. According to the date of the Liuxinzhuang traction substation, a result of checking computation is presented.

Key concepts: Traction substation, AC power, Traction (geology), Scalable Vector Graphics, Computation, Compensation (psychology), Traction power network, Sequence (biology)

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