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RTDS-based Simulate Analysis of AC filters Switch Method in HVDC Converter for voltage stability

机译:基于RTDS的RTDS仿真分析AC滤波器HVDC转换器的电压稳定性

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In most of the AC-DC hybrid power transmission system AC filters is widely applied to stabilize voltage level in addition to filter harmonic. However, the voltage stability of AC bus is greatly influenced by action sequence of switching AC filters in group. The paper presents the concept of reactive characteristics of the convertor and AC filters, using reactive and voltage control mode to switch them. The modeling, control, and principle of operation for the AC-side switching filters are described. The voltage level is controlled via regulating action of switching filters by step. The salient feature of the proposed control modes is that voltage control contributes to keep the voltage level, and reactive control has no fast response on guaranteeing voltage stability, but two methods can apply to different occasions based on the requirements of voltage stability. All analysis and control system designs are verified through building a RTDS model in a typical ±500 kV power system.
机译:在大多数AC-DC混合动力传动系统中,除了过滤谐波之外,AC过滤器还被广泛应用于稳定电压电平。然而,AC总线的电压稳定性受到组中切换交流滤波器的动作序列的影响。本文介绍了转换器和交流滤波器的反应特性的概念,使用反应和电压控制模式来切换它们。描述了AC侧开关滤波器的建模,控制和操作原理。通过步骤通过调节开关滤波器的动作来控制电压电平。所提出的控制模式的显着特征是,电压控制有助于保持电压电平,无功控制对保证电压稳定性没有快速响应,但是两种方法可以基于电压稳定性的要求适用于不同的场合。通过在典型的±500 kV电源系统中构建RTDS模型来验证所有分析和控制系统设计。

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