大型海上风电集成拓扑结构优化技术要求研究

Yan Li, Xin-shou Tian, Bin Yuan, Y. Chi, Guanglie Li, Ruanming Huang, Shuai Liang, Ting Huang, Mengyao Zhang
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引用次数: 2

摘要

海上风电场的输电面临着输电走廊资源短缺的问题。有必要考虑风力发电场集群如何与电网紧密相连。在电网规划建设期间,需要对拓扑的设计进行进一步优化,对电源布局和电网结构进行分析。因此,本文分析了海上风电交/直流并网拓扑优化的研究需求。当风电场靠近陆地且分布时,可采用交流集成,并将接点分布在电网中,以减少风电波动对交流电网的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on Topology Structure Optimization Technology Requirements for Large-scale Offshore Wind Power Integration
The transmission of offshore wind farms faces the problem of shortage of transmission corridor resources. It is necessary to consider how wind farm clusters are densely connected to the power grid. The design of the topology needs to be further optimized, and the power supply layout and grid structure need to be analyzed during the planning and construction period of the grid. Therefore, this paper analyzes the study requirement for the optimization of the topology of the offshore wind power AC / DC connect to grid. When the wind farm is close to the land and distributed, the AC integration can be used and the connect points are distributed in the power grid to reduce the impact of wind power fluctuations on the AC power grid.
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