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Voltage sag and swell mitigation using D-STATCOM in renewable energy based distributed generation systems

机译:基于D-STATCOM的基于可再生能源的分布式发电系统中的电压骤降和骤降

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Renewable distributed generation systems are an alternative solution to provide energy locally near customers. However, the supplying of power without disturbance is the main challenge for utilities, especially for systems that integrate fluctuating renewable sources which can cause voltage sag and swell. In this paper, voltage sag and swell issues are investigated. The first studied scenario is related to the disturbance of the energy source and the second one is due to the installation of a heavy load with a sensitive load at the same supplying bus. A D-STATCOM is connected at the point of common coupling (PCC) to mitigate the voltage sag and sell problems. An energy storage battery has been installed at the DC-side of the compensator that gives the possibility to control the voltage at the PCC and exchange the active and reactive power with the grid. A linear proportional integral (PI) feed-forward controller supervises the compensator. The obtained results show that the D-STATCOM compensator behaves as a good solution to mitigate the voltage sag and swell in distribution grid.
机译:可再生的分布式发电系统是在客户附近提供本地能源的替代解决方案。然而,无干扰地供电是公用事业的主要挑战,特别是对于集成了波动的可再生资源的系统,这会引起电压骤降和膨胀。在本文中,研究了电压骤降和骤升问题。研究的第一种情况与能源的干扰有关,第二种情况是由于在同一供电母线上安装了重负载和敏感负载。 D-STATCOM连接在公共耦合点(PCC)上,以减轻电压骤降和销售问题。能量存储电池已安装在补偿器的直流侧,从而可以控制PCC处的电压并与电网交换有功和无功功率。线性比例积分(PI)前馈控制器监控补偿器。获得的结果表明,D-STATCOM补偿器可以很好地缓解配电网中的电压骤降和骤升。

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