Wind power DC grid and Variable Speed DC power system operating control

Xin-yan Zhang, Zai-jun Wu, Sipeng Hao
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Abstract

VSC-HVDC power transmission system that connected long-distance high-capacity wind farm to the grid will be an important direction of the wind power technology development. The grid access solutions designed according to traditional AC grid structure could not fully reflect the advantages of the VSC-HVDC transmission. Firstly the typical grid solutions of VSC-HVDC based wind power system is analyzed briefly. And then, several new topology applied the wind farm internal DC bus and the Variable Speed DC (VSDC) power system that is suitable for those topologies are proposed. The operating control of VSDC is discussed and maximum wind power tracing is realized by simulation in the end.
风电直流电网和变速直流电力系统运行控制
将远距离大容量风电场接入电网的vdc - hvdc输电系统将是风电技术发展的重要方向。按照传统交流电网结构设计的电网接入方案不能充分体现交直流输电的优势。首先简要分析了基于VSC-HVDC的风电系统的典型并网方案。在此基础上,提出了适用于风电场内部直流母线的几种新型拓扑结构,以及适用于这些拓扑结构的变频直流电力系统。最后,通过仿真实现了VSDC的最大风电功率跟踪。
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