Research on Low-Frequency Offshore Wind Power Transmission and Frequency Conversion Technology

Jing Ge, Hongyang Yu, Guoliang Zhao, Zhanfeng Deng, Chaoliang Wang
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引用次数: 1

Abstract

This paper introduces three offshore wind power transmission modes, which are power frequency AC, flexible DC and low-frequency AC. Secondly, the key technologies including parameter design and control strategy of large-capacity AC/AC frequency converter used in low-frequency transmission system are studied. Then, it is verified by system modelling and simulation that one 400 MW offshore wind power transmitted by low-frequency has technical feasibility, and the correctness of parameter design and control strategy is also tested. Finally, it is summarized that within a certain transmission distance, low-frequency transmission mode has better technical and economic performance, and it could be one beneficial alternate mothed of offshore wind power grid-connected to the power frequency mode and flexible DC transmission mode.
海上风电低频传输及变频技术研究
介绍了工频交流、柔性直流和低频交流三种海上风电传输方式。其次,研究了用于低频传输系统的大容量交/交变频器的参数设计和控制策略等关键技术。然后,通过系统建模和仿真验证了某400mw海上风电低频输电具有技术可行性,并验证了参数设计和控制策略的正确性。最后总结出,在一定传输距离内,低频传输方式具有较好的技术经济性能,可以作为海上风电并网工频方式和灵活直流传输方式的一种有益替代方式。
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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