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首页> 外文期刊>IEEE Transactions on Power Systems >Fast textured algorithms for optimal power delivery problems in deregulated environments
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Fast textured algorithms for optimal power delivery problems in deregulated environments

机译:快速纹理算法,可在不规范的环境中实现最佳的功率传输问题

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摘要

For the future deregulated (open access) environments, we need to find the best way to deliver the electric power to buyers after the generation settings are determined by sellers' own economic strategies. In this paper, the authors formulate such a problem as an optimal power delivery (OPD) problem in terms of transmitted line flows and parameters of FACTS (flexible AC transmission systems) devices, such as phase shifters and series compensators. The total transmission losses are taken into account and represented by the transmitted line flows across those lines. Unwanted loop flow can be reduced or eliminated by FACTS devices and can be achieved by minimizing the total transmission loss. The OPD problem is then solved by two fast textured algorithms for modified IEEE 14-bus and 57-bus systems.
机译:对于未来放松管制的环境(开放式访问),我们需要找到最佳方法,以便在发电设置由卖方自己的经济策略决定之后,将电力输送给买方。在本文中,作者根据传输的线路流量和FACTS(柔性AC传输系统)设备(例如移相器和串联补偿器)的参数,提出了诸如最优功率传输(OPD)问题的问题。考虑了总的传输损耗,并由跨这些线路的传输线路流表示。 FACTS设备可以减少或消除不必要的环路流量,并且可以通过最大程度地减少总传输损耗来实现。然后,通过两种快速纹理算法来解决OPD问题,以用于改进的IEEE 14总线和57总线系统。

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