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Integration of wind power and the impact on power system operation

机译：风力发电一体化及其对电力系统运行的影响

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摘要

Wind power is currently the fastest growing energy source in the world. At the end of 2002, more than 31000 MW capacity were installed world wide. Norway is one of the best-situated European countries for using wind power, and several large scale wind farms are given concession. Special focus is needed when integrating large scale wind power. This paper has focused on transient stability and application of different wind turbine technologies. Results from simulations of three different technologies have been presented, and the results show that the responses after faults are very different depending on technology. The induction generator led to problems with regaining a stable operating point after fault, while the two other could continue full operation of the wind farm after the fault had been cleared. When applying intelligent damping algorithms at the individual windmills improved damping of swings in the system can be achieved. Further work will be carried out in order to investigate such control schemes.
机译：风力发电是目前世界上增长最快的能源。到2002年底，全球范围内安装了31000兆瓦的装机容量。挪威是使用风能的最佳欧洲国家之一，并给予了一些大型风电场优惠。整合大型风力发电时，需要特别关注。本文着重于暂态稳定性和不同风力发电机技术的应用。给出了三种不同技术的仿真结果，结果表明，故障后的响应取决于技术。感应发电机导致出现故障后恢复稳定工作点的问题，而另外两个在故障排除后可以继续使风电场完全运转。当在单个风车上应用智能阻尼算法时，可以实现系统中摆动的改进阻尼。为了研究这种控制方案，将进行进一步的工作。

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  • 来源
    《NASCODE V》|1987年|p.76-83|共8页
  • 会议地点 Dublin(IE);Dublin(IE)
  • 作者

    Gjengedal T.;

  • 作者单位

    NTNU Statkraft SF, Oslo, Norway;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 结构、器件;
  • 关键词

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