WIND TURBINES AND METHOD FOR WIND TURBINE OPERATION Russian patent published in 2017 - IPC F03D7/02 

Abstract RU 2617529 C2

FIELD: power industry.

SUBSTANCE: method for operation of a wind turbine (1) with a rotor (6) from rotor blades (8) with a substantially horizontal axis of rotation for electrical energy generation from wind energy, the wind turbine (1) is oriented so that the azimuthal position of the wind turbine (1) deviates from wind orientation (16) for azimuth adjusting angle and/or installation angle of the rotor blades (8) relative to the rotation cycle is being adjusted so that the variable loads caused by a wind profile (16) in height are being reduced. The wind turbine (1) runs in the profile operating point deviating from a normal operating point, wherein a normal operating point, in particular, in the partial load range has a normal blade installation angle calculated for the prevailing wind (16), but excluding the wind profile, and provides proper orientation of the azimuthal position of the wind (16), the profile operating point provides a profile azimuthal position deviating from the normal orientation at an angle of azimuth adjustment, and has a profile blade installation angle deviating from the normal blade installation angle on the blade adjustment angle between the azimuth adjustment angle and the blade adjustment angle perform weighing so that the azimuth adjusting angle value on azimuth weighting factor is greater than the blade adjusting angle value or the blade angle adjustment value on a blade weighting factor is greater than the azimuth adjustment angle value. Azimuth weighting factor and blade weighting factor, respectively, are greater than 1.2, preferably greater than 1.5, and in particular greater than 2.

EFFECT: reduction of height loads, reduction of sound emissions, increase in productivity.

10 cl, 4 dwg

Similar patents RU2617529C2

Title Year Author Number
WIND-DRIVEN POWER PLANT CONTROL METHOD 2017
  • Harms, Harro
  • Bergemann, Constantin
RU2731374C1
METHOD FOR WIND TURBINE OPERATION 2013
  • De Boer Volfgang
RU2617312C2
METHOD FOR CONTROLLING OPERATION OF WIND-DRIVEN POWER PLANT IN EMERGENCY MODE, AS WELL AS CONTROL SYSTEM AND WIND-DRIVEN POWER PLANT 2018
  • Harms, Harro
  • Bergemann, Constantin
RU2743066C1
METHOD OF CONTROLLING WIND-DRIVEN POWER PLANT AND CORRESPONDING WIND-DRIVEN POWER PLANT 2017
  • De Boer, Wolfgang
RU2721466C1
ROTARY BLADE FOR A WIND POWER PLANT AND WIND POWER PLANT 2019
  • Messing, Ralf
  • Stemberg, Jochen
RU2766498C1
WIND-DRIVEN POWER PLANT AND METHOD OF OPERATION OF WIND-DRIVEN POWER PLANT 2017
  • Messing, Ralf
  • Weber, Tobias
RU2729587C1
ADJUSTMENT UNIT FOR ADJUSTING BY AZIMUTH AND/OR FOR ADJUSTING ANGLE OF ATTACK OF WIND-DRIVEN POWER PLANT, CORRESPONDING ADJUSTMENT APPARATUS WITH SUCH ADJUSTMENT UNIT, WIND-DRIVEN POWER PLANT, METHOD OF ADJUSTING ROTOR BLADE, METHOD OF TRACKING WIND DIRECTION, AS WELL AS USE OF ADJUSTMENT UNIT 2018
  • Gudewer, Wilko
  • Jepsen, Torsten
RU2732083C1
WIND-DRIVEN POWER PLANT AND CONTROL METHOD FOR WIND-DRIVEN POWER PLANT OR WIND POWER PLANT 2013
  • Shtoltenjokhannes Yurgen
  • Bolen Verner Khinrikh
  • Meli Villyam
RU2591366C1
WIND-DRIVEN POWER PLANT AND OPERATING METHOD OF WIND-DRIVEN POWER PLANT 2012
  • Beekmann Al'Fred
  • De Bur, Vol'Fgang
RU2569121C2
ROTOR OF WIND-ELECTRIC GENERATING PLANT 2000
  • Kuznetsov A.I.
RU2174190C1

RU 2 617 529 C2

Authors

Shtoltenjokhannes Yurgen

Bolen Tomas

Kharms Kharro

Brenner Albrekht

Shlyuter Rajner

Dates

2017-04-25Published

2013-12-05Filed