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Cost-benefit analysis of a Multi-Terminal VSCHVDC system using a proposed Mixed ac/dc Optimal Power Flow

机译:使用建议的交流/直流混合最优潮流的多端子VSCHVDC系统的成本效益分析

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This paper presents a cost-benefit analysis of the Multi-Terminal Voltage Source Converter based HVDC (VSC-MTDC) using a proposed Mixed ac/dc Optimal Power Flow (M-OPF). In this analysis, the operational benefits of VSC-MTDC systems are evaluated and compared with their corresponding investment costs to derive the benefit-to-cost ratios (BCR) for selected candidates of VSC-MTDC systems in the transmission expansion planning. Case studies using a modified Nordic 32-bus system have been carried out. The results have shown that the embedded VSC-MTDC system might bring out a reduction in total operation cost depending on its configuration and location. The proposed M-OPF model incorporates a detailed model of a VSC-MTDC, and is suitable to the operation and planning analysis of the ac transmission grid with the embedded VSC-MTDC system.
机译:本文提出了一种使用提议的交流/直流混合最佳功率流(M-OPF)的基于多端子电压源转换器的HVDC(VSC-MTDC)的成本效益分析。在此分析中,对VSC-MTDC系统的运营收益进行了评估,并将其与相应的投资成本进行比较,以得出输电扩展计划中选定的VSC-MTDC系统候选者的成本效益比(BCR)。已经使用改进的Nordic 32总线系统进行了案例研究。结果表明,嵌入式VSC-MTDC系统可能会降低总运行成本,具体取决于其配置和位置。提出的M-OPF模型结合了VSC-MTDC的详细模型,适用于带有嵌入式VSC-MTDC系统的交流输电电网的运行和计划分析。

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