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Research on evolvement approach of multiple stability forms and AC/DC coordinated control strategy in large power grid

机译:大型电网中多种稳定形式的演化方法及交直流协调控制策略研究

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Multiple stability forms such as angle stability, volt-age stability and frequency stability may occur under severe faults in large power grid. In this paper, impacts on the interactive evolvement of multiple stability problems are studied and quantified, which are brought by relevant factors such as the fault severity, load model and DC control mode. In addition, AC/DC coordinated control strategy is proposed under the condition that multiple stability forms coexist on the basis of theoretical analysis, which can get the per unit model of control strategy of generating unit tripping, load shedding, DC modulation, etc, and the method proposed above can enhance the applicability of dealing with multiple stability problems at the same time. Finally, simulation study on the actual electric net-work is presented to verify the effectiveness and advantage of the proposed AC/DC coordinated control strategy.
机译:在大型电网中发生严重故障时,可能会出现多种稳定性形式,例如角度稳定性,电压稳定性和频率稳定性。本文研究和量化了多重稳定性问题对交互式演化的影响,这些影响是由故障严重程度,负载模型和直流控制模式等相关因素带来的。另外,在理论分析的基础上,提出了多种稳定性形式共存的情况下的交直流协调控制策略,可以得到机组跳闸,甩负荷,直流调制等控制策略的模型。上述方法可以提高同时处理多个稳定性问题的适用性。最后,通过对实际电网的仿真研究,验证了所提出的交直流协调控制策略的有效性和优势。

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