一种新型的电网架空输电线路故障监测机制

N. Korde, Narendra Bhagat
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引用次数: 2

摘要

基于可再生能源的分布式发电机(dg)在发电中发挥着重要作用。分布式发电是由风能、太阳能、燃料电池和微型水力发电机支持的,可以在未来提供重要的动力。微电网是一个配电级网络,它包括许多负载和DG源,它们作为一个组合负载或发电电源运行。微电网有正常运行和故障运行两种状态。本文采用MATLAB Simulink对配电网的小部分故障定位进行控制和监测。在智能电网中,交流电源和直流电源同时使用。我们在模型中使用了这两个源。当交流线路发生故障时,直流可以提供所需的输出。本文模拟了两种主要的输电线路故障,并采用不同的电气设备对其进行了排除。本文对故障电流和电压进行分析,并采用断路器和变压器对线路进行保护。给出的仿真测试结果证明了该系统在电压、电流等参数方面的可用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel fault monitoring mechanism on overhead transmission line in power grid
Renewable energy based distributed generators (DGs) play an important part for generation of electricity. Distributed generation is supported by wind, solar energy, fuel cells and micro turbines using mini hydro, can provide significant momentum in future. A micro grid is distribution level network which includes many loads and DG source that operates as one combination load or generation supply. Micro grids operate at normal condition as well as faulty condition. We are using MATLAB Simulink's in this paper for controlling and monitoring the fault location of small portion of distribution network. In Smart Grid AC and DC both sources are used. We used both sources in model. If fault occurs in AC line, DC can give desired output. Here we simulate two major faults on transmission line and rectify it by using different electrical equipment. Here we analyze the fault current and voltage and protect the line by using breakers and transformer. The test results of the given simulation prove the usability of the system in terms of the parameters like voltage across the line and current through the line.
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