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文章摘要
基于冲击电压下电缆等效电阻值的绝缘状态评估新方法
A new method of insulation condition assessment based on equivalent resistance value of cable under impulse voltage
Received:March 05, 2017  Revised:March 05, 2017
DOI:
中文关键词: 冲击电压  绝缘状态评估  ATP  MATLAB  等效电阻值
英文关键词: impulse voltage  assessment of insulation condition  ATP  MATLAB  equivalent resistance value
基金项目:
Author NameAffiliationE-mail
Li Weiwei National Grid Sichuan Electric Power Research Institute liweiwei0830@163.com 
Gan Degang National Grid Sichuan Electric Power Research Institute gandegang@126.com 
Zhu Ke National Grid Sichuan Electric Power Research Institute 23785958@qq.com 
Liu Fenglian National Grid Sichuan Electric Power Research Institute liangrass@163.com 
Wu Chi National Grid Sichuan Electric Power Research Institute 12168206@qq.com 
He Min* Sichuan University, School of Electrical Engineering and Information hemin_1991@163.com 
Zhou Kai Sichuan University, School of Electrical Engineering and Information zhoukai_scu@163.com 
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中文摘要:
      为了评估电力电缆的绝缘状态,提出了冲击电压下电缆等效电阻值的计算和绝缘状态评估的新方法。将电力电缆简化为RC串并联等效电路,并分别模拟电力电缆各层及整体的电路参数。利用电磁场理论给出了电力电缆的等效电路参数的数学表达式,提出了冲击电压下计算电力电缆等效电阻值的方法,并理论推导出了冲击电压下电力电缆等效电阻的计算表达式,从而总结出了一种评估电缆绝缘状态的新方法。利用电力系统暂态仿真软件(alternative transients program,ATP)和矩阵实验室(matrix laboratory,MATLAB)软件进行了电缆电阻的仿真和计算;仿真与计算结果表明,仿真设置的电阻值与理论计算的等效电阻值之间误差最大为0.4%,验证了电缆绝缘状态评估新方法的可靠性。
英文摘要:
      To evaluate the insulation condition of power cable, a new method to calculate equivalent resistance value of and evaluate insulation condition of cable was presented under the impulse voltage. To simulate the circuit parameters of the components and the whole layer of power cable, the RC series and parallel equivalent circuit of power cable was built. The mathematical expression of the equivalent circuit parameters of the power cable was given by using the electromagnetic field theory, and the method to calculate the equivalent resistance of power cable was proposed, and the calculation expression of the equivalent resistance of power cable under impulse voltage was derived, and a new method for evaluating the insulation condition of power cable was summarized. The equivalent resistance of cable was simulated and calculated by ATP and MATLAB software; and the simulation and calculation results show that the maximum error between the setting value of resistance and the calculating value of the equivalent resistance is 0.4%, and the reliability of the new method was verified.
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