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首页> 外文期刊>International Journal of Power Electronics and Drive Systems >Eccentric operation of STATCOM using Predictive Controller
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Eccentric operation of STATCOM using Predictive Controller

机译:使用预测控制器对STATCOM进行偏心操作

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The impact of multilevel converter STATCOM in transmission and distribution system is given high importance. Increment of number of switches in multi-level cascaded H-bridge converter, made it more vulnerable to open circuit and short circuit faults. To reduce the effect of faults on line voltage magnitude, in this paper an advanced improved predictive controller is used to generate PWM pulses for the power electronic devices. A Cascaded H-bridge STATCOM, interconnected to a distribution system with linear and non-linear loads. The feedback control structure of STATCOM has an advantage of reducing THD and controllable reactive power. A switch fault detection and elimination method is proposed with a bypass switch connected to each H-bridge to surpass the faulty H-bridge. The complete analysis with all control structures is designed in MATLAB/Simulink representing dynamic graphs and feasibility of proposed method is verified.
机译:高度重视STATCOM在输配电系统中的影响。多级级联H桥转换器中开关数量的增加,使其更容易出现开路和短路故障。为了减少故障对线路电压幅值的影响,本文使用一种先进的改进型预测控制器来为电力电子设备生成PWM脉冲。级联的H桥STATCOM,与带有线性和非线性负载的配电系统互连。 STATCOM的反馈控制结构具有降低THD和可控无功功率的优势。提出了一种开关故障检测和消除方法,其中在每个H桥上连接一个旁路开关以超过故障H桥。在MATLAB / Simulink中设计了表示动态图的所有控制结构的完整分析,并验证了所提方法的可行性。

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