The invention discloses a wind energy capture method applied to large and medium-sized magnetic suspension
yaw wind
turbine generators. The method combines cabin suspension regulation and control,
yaw wind facing, laterodeviation protection and generator
power control, comprises two parts, namely the power tracking control of a generator and the
yaw control of a rotating body of the wind
turbine generator, and realizes maximum wind energy capture at a rated
wind speed, laterodeviation protection at the rated
wind speed and unit safety protection at a
cut-out
wind speed. Due to different wind speeds and different wind directions, work is separately carried out in the three working
modes of suspension wind energy capture, non-suspension wind energy capture and unit safety protection, the
power control of the generator and the yaw of the rotating body of the wind
turbine generator are cooperatively regulated and controlled, and the safe capture of wind energy power is realized. The wind energy capture method effectively improves the
yaw control precision of the wind turbine generator, the
power control precision of the generator, the wind energy capture efficiency and the wind energy capture safety of the wind turbine generator.