A Novel Stability Model for AC-DC Combined Simultaneous Power Flow

Mohammad Tawhidul Alam, M. Mahbubur Rahman, Q. Ahsan
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Abstract

Conversion of existing high voltage long AC transmission line into combined AC-DC system can bring the benefit of stability improvement. Of late, most of the developments in stability analysis are simulation based. Sometimes it is difficult to draw a generalized conclusion through simulation result. In this case, an analytical model can be a perfect tool to analyze the fault and get concrete decision about the future planning. This paper presents a stability model for the analysis of all types of fault. Primarily, the stability model is established for the fault at the transmission line and then introducing simple logical modification it can be applicable for the development of analytical models of all kinds of faults, such as; Fault at the load terminal, sustained fault at the line, fault very close to the generator bus. To expose the efficacy of the developed stability model two different ways of validation process is followed and optimistic results are found
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一种新的交直流联合同步潮流稳定性模型
将现有的高压长交流输电线路改造成交直流联运系统,可以提高系统的稳定性。近年来,稳定性分析的发展大多是基于仿真的。有时很难通过仿真结果得出一个笼统的结论。在这种情况下,分析模型可以成为分析故障并对未来规划做出具体决策的理想工具。本文提出了一种分析各种类型故障的稳定性模型。首先建立了输电线故障的稳定性模型,然后进行简单的逻辑修改,可适用于各种故障的解析模型的建立,如;负载端故障,线路持续故障,非常靠近发电机母线的故障。为了揭示所建立的稳定性模型的有效性,采用了两种不同的验证过程,并得出了乐观的结果
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