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Developed model and simulation of primary and secondary arc fault on transmission lines using MATLAB

机译:使用MATLAB开发输电线路一次和二次电弧故障的模型和仿真

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In this paper, a developed arc model is introduced using MALAB. The developed arc model interacts with the transmission network under investigation and shows the dynamic behaviour of primary and secondary arc stages. The arc is modelled using a time-varying resistance which gets its value after solving a differential equation of arc conductance. Secondary arc extinction limits are used to determine the secondary arc duration and hence single pole autoreclsure time can be easily set. The model validation is done by comparing between the arc model results and field measurements of a synthetic test done for a 380 kV string insulator. Another case study for a transmission network is presented and investigated.
机译:在本文中,介绍了使用MALAB开发的电弧模型。所开发的电弧模型与正在研究的传输网络相互作用,并显示了初级和次级电弧阶段的动态行为。使用随时间变化的电阻对电弧建模,该电阻在求解电弧电导的微分方程后得到其值。次级电弧消光极限用于确定次级电弧持续时间,因此可以轻松设置单极自动重合闸时间。通过比较电弧模型结果和针对380 kV串式绝缘子进行的综合测试的现场测量结果,进行模型验证。提出并研究了传输网络的另一个案例研究。

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