Influence of Transposing Form on Induced Voltage and  Current in 1 000 kV Double-Circuit Transmission Lines

doi:10.3969/j.issn.1000-7229.2015.05.007

Abstract

Abstract:

The problems such as induced voltage and so on in 1 000 kV double-circuit transmission lines on the same tower were calculated and analyzed under different transposing forms. From the viewpoint of restricting induced voltage, secondary arc current and unbalanced degree of line parameters, 4 segment transposition is better than 3 segment transposition, but 1 more transposition tower is needed； while 5 segment type B transposition is better than 6 segment type A transposition and 1 transposition tower is saved. The effects of 4 segment transposition and 6 segment type A transposition are similar. Therefore, three kinds of transposing forms should be emphatically considered for double-circuit transmission lines on the same tower: 3 segment transposition （l/3, l/3, l/3））, 4 segment transposition (l/6, l/3, l/3, l/6） and 5 segment type B transposition （l/6, l/6, l/3, l/6, l/6）. It is not recommended to use more than 2 complete cycle transpositions in general.

Key words: 1 000 kV, double-circuit transmission lines on the same tower, transposing form, induced voltage, unbalanced degree, secondary arc current

CLC Number:

TM 743

WANG Xiaotong, BAN Liangeng, XIANG Zutao, HAN Yanan. Influence of Transposing Form on Induced Voltage and Current in 1 000 kV Double-Circuit Transmission Lines[J]. ELECTRIC POWER CONSTRUCTION, 2015, 36(5): 37-44.

References

［1］GB/Z 24837—2009 1 100 kV高压交流隔离开关和接地开关技术规范［S］.北京：中国标准出版社，2009.
［2］张文亮，谷定燮，方文弟，等.洪龙500 kV带高抗同杆双回线路间的感应作用研究［J］.高电压技术，2002，28（2）：10-12.
Zhang Wenliang，Gu Dingxie，Fang Wendi, et al.A study on induced effect between the 500 kV HongLong double circuit transmission lines with HV shunt reactor［J］.High Voltage Engineering, 2002, 28（2）：10-12.
［3］郭志红，姚金霞，程学启，等. 500 kV 同塔双回线路感应电压、电流计算及实测［J］.高电压技术，2006，32（5）：11-14.
Guo Zhihong，Yao Jinxia，Cheng Xueqi，et al.Study and measurement of induced voltage and current for 500 kV double-circuit line on same tower［J］.High Voltage Engineering，2006，32（5）：11-14.
［4］韩彦华，黄晓民，杜秦生.同杆双回线路感应电压和感应电流测量与计算［J］.高电压技术，2007, 33（1）：140-142, 159.
Han Yanhua，Huang Xiaomin，Du Qinsheng.Induced voltage and current on double circuits with same tower［J］.High Voltage Engineering, 2007, 33（1）：140-142, 159.
［5］胡丹晖，涂彩琪，蒋伟，等. 500 kV 同杆并架线路感应电压和电流的计算分析［J］.高电压技术，2008，34（9）：1927-1931.
Hu Danhui，Tu Caiqi，Jiang Wei，et al.Calculation of inductive voltage and current for 500 kV double circuits transmission lines on single tower［J］.High Voltage Engineering，2008，34（9）：1927-1931.
［6］陈亚伦，李志国.伊敏—冯屯500 kV同塔双回线不平衡度、感应电流及潜供电流研究［J］.电网技术，1995，19（6）：13-17.
Chen Yalun，Li Zhiguo.Study of unbalance factor and induced current for Yimin-Fengtun 500 kV double-circuit tower line［J］.Power System Technology，1995，19（6）：13-17.
［7］王晓彤，林集明，班连庚，等.1Symbol`@@000Symbol`@@ kV同塔双回线路不平衡度及换位方式分析［J］.电网技术，2009，33（5）：1-5.
Wang Xiaotong，Lin Jiming，Ban Liangeng，et al.Analysis on unbalance factor and transposing modes for 1Symbol`@@000Symbol`@@ kV double-circuit transmission lines on the same tower［J］.Power System Technology，2009，33（5）：1-5.
［8］陈恺，林章岁. 1 000 kV特高压同塔双回输电线路相序排列和换位方式研究［J］.电力与电工，2011，31（3）：11-14.
Chen Kai，Lin Zhangsui.Study on phase sequence arrangement and transposing modes for 1 000 kV UHV double circuit transmission lines［J］.Electric Power and Electrical Engineering，2011，31（3）：11-14.
［9］林莘，李学斌，徐建源.特高压同塔双回线路感应电压、电流仿真分析［J］.高电压技术，2010, 36 （9）：2193-2198.
Lin Xin, Li Xuebin, Xu Jianyuan.Simulation and analysis of induced voltage and current for UHV double circuit transmission lines on the same tower［J］.High Voltage Engineering, 2010, 36 （9）：2193-2198.
［10］李宝聚，周浩. 1 000 kV 同塔双回线路感应电压和电流的计算分析［J］.电网技术，2011，35（3）：14-19.
Li Baoju, Zhou Hao.Calculation and analysis on induced voltage and current of 1 000 kV transmission line adopting structure of double circuit on the same tower ［J］.Power System Technology，2011，35（3）：14-19.
［11］王晓彤，项祖涛，班连庚，等.重潮流下1 000 kV同塔双回长线路的潜供电流及其限制措施［J］.电网技术，2013，37（11）：3001-3006.
Wang Xiaotong，Xiang Zutao，Ban Liangeng，et al.Secondary arc current in 1 000 kV double-circuit long-distance AC transmission lines on the same tower under heavy power flow and its restrictive measures［J］.Power System Technology，2013，37（11）：3001-3006.
［12］王晓彤，班连庚，项祖涛，等.换位次数对同塔双回线路参数不平衡度的影响［J］.智能电网，2014，2（9）：23-28.
Wang Xiaotong，Ban Liangeng，Xiang Zutao，et al.Influence of transposing time on unbalance factors of electrical parameters of double-circuit transmission lines on the same tower［J］.Smart Grid，2014，2（9）：23-28.
［13］Dommel H W.电力系统电磁暂态计算理论［M］.北京：水利电力出版社，1991：65-68,78.
［14］施围，郭洁.电力系统过电压计算［M］.西安:西安交通大学出版社，2006.
［15］王晓彤，林集明，班连庚，等.稳态计算中2种EMTP线路模型的比较研究［J］.中国电力，2009，42（12）：15-19.
Wang Xiaotong, Lin Jiming, Ban Liangeng, et al.Comparison between two kinds of EMTP line models in steady-state calculations ［J］.Electric Power，2009，42（12）：15-19.
［16］王晓彤，班连庚，郑彬. 750 kV同塔双回紧凑型输电线路潮流不平衡及导线换位研究［R］.北京:中国电力科学研究院，2008.

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Influence of Transposing Form on Induced Voltage and Current in 1 000 kV Double-Circuit Transmission Lines

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