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Load flow analysis of hybrid AC-DC power system with offshore wind power

机译:海上风电交直流混合动力系统潮流分析

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The offshore wind power has received immense attention because of higher wind speed and lower opposition for construction. A wide range of combinations of high-voltage AC- DC transmission have been proposed for integrating offshore wind farms and long-distance power transmission. This paper is to model such hybrid AC-DC systems including the interfacing converters, which have several control parameters that can change the load flow of the hybrid systems. Then, the paper proposes a Load Flow algorithm based on the Newton-Raphson method, which covers three different section types of the transmission system: the AC parts, the DC parts and the interfacing converters. Finally, this paper validates this algorithm through a detailed case study with a typical hybrid network.
机译:由于更高的风速和更低的施工阻力,海上风电受到了广泛的关注。已经提出了各种高电压AC-DC传输的组合,以集成海上风电场和长距离电力传输。本文将对包括接口转换器的此类混合式AC-DC系统进行建模,该系统具有多个控制参数,这些参数可以改变混合系统的潮流。然后,本文提出了一种基于牛顿-拉夫森方法的潮流算法,该算法涵盖了传输系统的三种不同部分类型:交流部分,直流部分和接口转换器。最后,本文通过典型混合网络的详细案例研究验证了该算法。

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