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Optimum design of medium-voltage DC collector grids depending on the offshore-wind-park power

机译:根据海上风力发电场功率优化设计中压直流集电网

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摘要

DC collector grids within offshore wind park offer advantages regarding efficiency and investment costs. Dual-active bridge (DAB) dc-dc converter systems can be applied for stepping-up the dc output-voltage of wind turbines (WT). The increase of the voltage level reduces the effort for cabling and increases the system efficiency. Within this paper, the advantage of DAB converter systems used in offshore medium-voltage dc (MVDC) grids is presented. Also, the optimum design of wind park clusters regarding the wake effect and grid losses is investigated to maximize the energy yield.
机译:海上风电场内的直流收集器电网在效率和投资成本方面具有优势。双主动桥(DAB)DC-DC转换器系统可用于提高风力涡轮机(WT)的DC输出电压。电压电平的增加减少了布线工作量,并提高了系统效率。在本文中,介绍了在离岸中压直流(MVDC)电网中使用DAB转换器系统的优势。此外,研究了关于尾流效应和电网损耗的风电场群的最佳设计,以最大程度地提高能源产量。

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