Hybrid HVDC Circuit Breaker Operation Test for VSC-HVDC

doi:10.3969/j.issn.1000-7229.2017.08.002

Abstract

Abstract: ABSTRACT： Hybrid high voltage DC （HVDC） circuit breaker is one of the core equipment of DC power grid. In order to test and verify the rationality and validity of DC circuit breaker design, and accurately reflect the electrical, thermal and mechanical performance of DC circuit breaker, it is needed to study the operation test of HVDC circuit breaker. Taking the test standards of AC circuit breaker, converter valve and other similar products as reference, this paper studies the operation test item of HVDC circuit breaker. Firstly, we introduce the working principle of the test circuit used in operation test, and analyze the working conditions of related equipment at various moments. Then, we successfully complete a 83 kV prototype sample operation test, which can provide reference for HVDC circuit breaker with higher voltage level in the future.

Key words: hybrid HVDC circuit breaker, VSC-HVDC, , operation test

CLC Number:

TM 721.1

CAI Licun,CHANG Zhongting,ZHANG Kun,XU Tao. Hybrid HVDC Circuit Breaker Operation Test for VSC-HVDC[J]. Electric Power Construction, 2017, 38(8): 10-.

References

［1］郑旭，丁坚勇，朱若曦，等.电流源型机电混合式直流断路器在特高压直流输电系统中的应用［J］.高电压技术，2016，42（7）：2243-2250．
ZHENG Xu, DING Jianyong, ZHU Ruoxi，et al. Application of current-source hybrid electro-mechanical DC circuit breaker in UHVDC transmission systems ［J］.High Voltage Engineering，2016，42（7）：2243-2250．
［2］王晓晨，吴学光，王婉君，等.高压直流断路器快速限流控制［J］.中国电机工程学报，2017，37（4）：997-1004．
WANG Xiaochen, WU Xueguang, WANG Wanjun，et al.Fast current limiting control of high voltage DC breakers［J］.Proceedings of the CSEE，2017，37（4）：997-1004．
［3］朱童，余占清，曾嵘，等.混合式直流断路器模型及其操作暂态特性研究［J］ .中国电机工程学报，2016，36（1）：18-30．
ZHU Tong, YU Zhanqing, ZENG Rong，et al.Transient model and operation characteristics researches of hybrid DC circuit breaker［J］ .Proceedings of the CSEE，2016，36（1）：18-30．
［4］康成，吴军辉，钟建英，等.一种含限流限压功能的混合式直流断路器方案［J］.中国电机工程学报，2017，37（4）：1037-1044．
KANG Cheng, WU Junhui, ZHONG Jianying，et al.A scheme for current and voltage limiting hybrid DC circuit breaker［J］ .Proceedings of the CSEE，2017，37（4）：1037-1044．
［5］药韬，温家良，李金元，等.基于 IGBT 串联技术的混合式高压直流断路器方案［J］.电网技术，2015，39（9）：2484-2489．
YAO Tao, WEN Jialiang, LI Jinyuan，et al. A hybrid high voltage DC circuit breaker design plan with series-connected IGBTs［J］ .Power System Technology，2015，39（9）：2484-2489．
［6］黄金强，廖敏夫，葛国伟，等. 直流微网混合式直流断路器电流转移特性研究［J］高压电器, 2017，53（3）：119-125．
HUANG Jinqiang， LIAO Minfu， GE Guowei，et al.Current transfer characteristics of the hybrid DC circuit breaker in DC micro-grid［J］ High Voltage Apparatus, 2017，53（3）：119-125．
［7］吕纲，曾嵘，黄瑜珑，等.10   kV 自然换流型混合式直流断路器中真空电弧电流转移特性研究［J］.中国电机工程学报，2017，37（4）：1012-1020．
L Gang, ZENG Rong , HUANG Yulong，et al.Researches on commutating characteristics of mechanical vacuum switch in 10   kV natural-commutate hybrid DC circuit breaker［J］.Proceedings of the CSEE, 2017，37（4）：1012-1020．
［8］霍文磊，武建文，李德阁，等.航空270V 混合式断路器分断瞬态特性及实验研究［J］ .中国电机工程学报，2017，37（4）：1062-1070．
HUO Wenlei, WU Jianwen, LI Dege，et al. Interruption transient characteristics and experimental research ofaero 270V DC hybrid breaker. ［J］ .Proceedings of the CSEE，2017，37（4）：1062-1070．
［9］高阳，贺之渊，王成昊，等.一种新型混合式直流断路器［J］.电网技术，2016，40（5）：1320-1325．
GAO Yang, HE Zhiyuan, WANG Chenghao, et al.A new hybrid circuit breaker for DC-application［J］ .Power System Technology，2016，40（5）：1320-1325．
［10］何俊佳，袁召，赵文婷，等.直流断路器技术发展综述［J］. 南方电网技术,2015，9（2）：9-15．
HE Junjia，YUAN Zhao，ZHAO Wenting，et al.Ｒeview of DC circuit breaker technology development［J］. Southern Power System Technology, 2015，9（2）：9-15．
［11］药韬.高压直流断路器方案设计与原理验证［D］．北京：中国电力科学研究院，2015．
YAO Tao. Design of high voltage DC breaker and validation of principles［D］．Beijing：China Elecric Power Research Institute，2015．
［12］廖敏夫，黄金强，葛国伟，等.国内外混合式断路器发展与研究现状［J］.高电压技术，2016，42（6）：1688-1694.
LIAO Minfu, HUANG Jinqiang, GE Guowei, et al.Development and research of native and foreign hybrid circuit breaker［J］.High Voltage Engineering，2016，42（6）：1688-1694.
［13］朱晋，刘单华，尹靖元，等.基于模块级联技术的混合型高压直流断路器研究［J］.中国电机工程学报，2017，37（5）：1560-1567．
ZHU Jin, LIU Danhua, YIN Jingyuan，et al.Research on hybrid DC breaker based on modular cascaded structure［J］ .Proceedings of the CSEE，2017，37（5）：1560-1567．
［14］刘伟，马海超，张海涛，等.配电网用全固态混合式直流断路器研发［J］. 南方电网技术, 2016，10（4）：37-42．
LIU Wei，MA Haichao，ZHANG Haitao，et al.Development of solid hybrid DC circuit breaker for DC distribution network［J］. Southern Power System Technology，2016，10（4）：37-42．
［15］刘高任，许烽，徐政，等.适用于直流电网的组合式高压直流断路器［J］.电网技术，2016，40（1）：70-77．
LIU Gaoren, XU Feng, XU Zheng，et al.An assembled HVDC breaker for HVDC grid［J］ .Power System Technology，2016，40（1）：70-77．
［16］国际电工委员会．High-voltage switchgear and controlgear: Part 104: Alternating current switches for rated voltages of 52   kV and above:IEC 62271-104-2009［S］．北京：中国标准出版社，2009．
［17］国际电工委员会． Thyristor valves for highvoltage direct current （HVDC） power transmission:Part 1：Electricaltesting:IEC 60700-1-2015［S］．北京：中国标准出版社，2015．
［18］国际电工委员会．Voltage sourced converter （VSC） valves for high-voltage direct current （HVDC） power transmission: Electrical testing:IEC 62501-2009［S］．北京：中国标准出版社，2009．
［19］才利存，常忠廷，李娟．±800   kV/6 250 A锡盟—泰州直流输电工程换流阀合成运行试验［J］ .中国电力，2016，49（11）：20-24.
CAI Licun, CHANG Zhongting,LI Juan.Thyristor valve synthetic operational test of ±800   kV/6 250 A Ximeng—Taizhou UHVDC project［J］.Electric Power，2016，49（11）：20-24.

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