首页|基于改进Mayr方程的特高压双回线路潜供电弧的建模

基于改进Mayr方程的特高压双回线路潜供电弧的建模

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针对我国在建的特高压同塔双回线路潜供电弧的特性进行了研究.采用改进的Mayr方程,利用电磁暂态仿真软件(ATP-EMTP),搭建了精确的潜供电弧数学模型,研究了潜供电弧电流与电压的非线性特性,分析了潜供电弧燃弧时间的分布规律.通过上述模型,重点研究了并联电抗器中性点小电抗器的配置方案对潜供电弧燃弧时间的影响,研究结果为特高压双回输电线路的运行提供参考.
Secondary Arc Modeling for UHV Double Circuit Transmission Lines Based on the Improved Mayr Equation
This paper focuses on the characteristcis of the secondary arc of UHV double circuit transmission lines.Then the modified Mayr equation and the electromagnetic transient simulation software (ATP-EMTP) are adopted to set up a precise mathematical model for secondary arc.The nonlinear characteristics of the secondary arc current and voltage are studied through incorprating the model into EMTP software,and the distribution of secondary arc duration is analyzed.Emphatically,the relationship between the neutral reactor configuration scheme and the arcing time of the secondary arc is investigated.The research results provide a reference for the operation of the UHV double circuit transmission lines.

UHV transmission linedouble-circuit transmission lines on the same towersecondary arcshunt reactor

孙秋芹、刘洋、周志成

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国网江苏省电力公司电力科学研究院,南京211103

特高压输电线路 同塔双回输电 潜供电弧 并联电抗器

2014

华东电力
华东电力试验研究院有限公司

华东电力

CSTPCD
影响因子:0.551
ISSN:1001-9529
年,卷(期):2014.42(3)
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