Taiwan First Large-Scale Offshore Wind Farm Connection - A Real Project Case Study

Yuan-Kang Wu, Ching-Yin Lee, Ging-He Shu
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引用次数: 5

Abstract

The west coast and islands of Taiwan have abundant wind resource, which offers a great opportunity for large-scale offshore wind power generation. In Taiwan, the first stage of offshore wind farms at Jhang-Bin and Peng-Hu areas have been planning. Particularly, the Jhang-Bin wind farm would become the first and one of the largest wind farms in Taiwan. Therefore, its impacts on the system operation and security have to be investigated and studied in advance. Following a general connection design discussion, this paper comprises four major system impact analyses: load flow, fault current, voltage variation, and transient stability. Moreover, three types of typical wind turbines have been adopted respectively in this study in order to compare their performances on the wind farm integration system. From the simulation results, some significant conclusions and recommendations have been extracted, which would contribute to the first off-shore wind farm development in Taiwan.
台湾首个大型海上风电场连接-实际工程案例研究
台湾西海岸和岛屿拥有丰富的风力资源,为大规模海上风力发电提供了良好的机遇。在台湾,长滨和澎湖地区的第一阶段海上风力发电场已经在规划中。特别是,长滨风电场将成为台湾第一个也是最大的风电场之一。因此,必须提前调查和研究其对系统运行和安全的影响。在一般性的接线设计讨论之后,本文包括四种主要的系统影响分析:负荷潮流、故障电流、电压变化和暂态稳定。此外,本研究还分别采用了三种典型的风力机,以比较它们在风电场集成系统上的性能。从模拟结果中提取了一些重要的结论和建议,对台湾第一个海上风电场的开发有一定的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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