Power Smoothing and MPPT for Grid-connected Wind Power Generation with Doubly Fed Induction Generator

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  • Kai Takaaki
    Department of Electrical & Computer Engineering Oyama National College of Technology
  • Tanaka Yuji
    Wind Power Business Development Division, Meidensha Corporation
  • Kaneda Hirotoshi
    Wind Power Business Development Division, Meidensha Corporation
  • Kobayashi Daichi
    Department of Electrical & Computer Engineering Oyama National College of Technology
  • Tanaka Akio
    Department of Electrical & Computer Engineering Oyama National College of Technology

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  • 風力用巻線形誘導発電機の最大出力制御方式と出力変動平滑化効果
  • フウリョクヨウ マキセンガタ ユウドウ ハツデンキ ノ サイダイ シュツリョク セイギョ ホウシキ ト シュツリョク ヘンドウ ヘイカツカ コウカ

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Abstract

Recently, doubly fed induction generator (DFIG) and synchronous generator are mostly applied for wind power generation, and variable speed control and power factor control are executed for high efficiently for wind energy capture and high quality for power system voltage. In variable speed control, a wind speed or a generator speed is used for maximum power point tracking. However, performances of a wind generation power fluctuation due to wind speed variation have not yet investigated for those controls.<br>The authors discuss power smoothing by those controls for the DFIG inter-connected to 6.6kV distribution line. The performances are verified using power system simulation software PSCAD/EMTDC for actual wind speed data and are examined from an approximate equation of wind generation power fluctuation for wind speed variation.

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