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2007•Electric Power ConstructionRequires access

Study on Electric Imbalance and Transposition of 750 kV 1-Tower Double-Circuit Transmission Line

Jiangjun Ruan

Open publisher page 2 citations

Abstract

The electric imbalance of 1-tower double-circuit transmission line depends on both conductor spatial arrangement and phase sequence. Therefore, to minimize line imbalance, conductor transposition, as well as proper phase sequence and transposition orientation have to be used. For the east Lanzhou-Pingliang-Qian County 750 kV 1-tower double-circuit transmission line project, it is recommended that conductors should be arranged in reverse phase sequence , and two reverse transpositions,which are applied in east Lanzhou-Pingliang section and Pingliang-Qian County section respectively,should be used to meet the line imbalance limit.

About this research paper

What this paper is about

The electric imbalance of 1-tower double-circuit transmission line depends on both conductor spatial arrangement and phase sequence. Therefore, to minimize line imbalance, conductor transposition, as well as proper phase sequence and transposition orientation have to be used. For the east Lanzhou-Pingliang-Qian County 750 kV 1-tower double-circuit transmission line project, it is recommended that conductors should be arranged in reverse phase sequence , and two reverse transpositions,which are applied in east Lanzhou-Pingliang section and Pingliang-Qian County section respectively,should be used to meet the line imbalance limit.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The electric imbalance of 1-tower double-circuit transmission line depends on both conductor spatial arrangement and phase sequence. Therefore, to minimize line imbalance, conductor transposition, as well as proper phase sequence and transposition orientation have to be used. For the east Lanzhou-Pingliang-Qian County 750 kV 1-tower double-circuit transmission line project, it is recommended that conductors should be arranged in reverse phase sequence , and two reverse transpositions,which are applied in east Lanzhou-Pingliang section and Pingliang-Qian County section respectively,should be used to meet the line imbalance limit.

Key concepts: Transposition (logic), Conductor, Tower, Transmission line, Line (geometry), Electrical conductor, Electrical engineering, Electric power transmission

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