METHOD OF ENERGY SUPPLY OF COMPONENTS OF WIND-DRIVEN POWER PLANT, AS WELL AS POWER SUPPLY DEVICE AND WIND-DRIVEN POWER PLANT WITH SUCH DEVICE Russian patent published in 2021 - IPC H02J11/00 F03D9/00 

Abstract RU 2743307 C1

FIELD: physics.

SUBSTANCE: use: in electric power engineering. According to the method, energy in the operating mode of the wind-driven power plant is selected by the power supply device (22) from energy generated by generator (10) of the wind-driven power plant (100), and component (56–72) of the wind-driven power plant (100) for power supply is provided, wherein voltage generated by generator (10) of energy is rectified by rectifier (12) and intermediate accumulated in intermediate circuit (14) of constant voltage, wherein energy for supply of component (56–72) is selected by power supply device (22) from intermediate circuit (14) of constant voltage, wherein using transformer (34) of power supply device (22) voltage obtained from intermediate circuit (14) of constant voltage, is converted into voltage matched with component (56–72), in particular 400 V, wherein transformer (34), in particular, on its primary side receives energy from intermediate circuit (14) of constant voltage and, in particular, on secondary side, at output (36) provides energy for components (56–72), and transformer (34), in particular, on its secondary side is additionally configured to be connected to power supply network (20) to provide power from power supply network (20) for power supply of components (56–72) or drive circuit (39).

EFFECT: technical result is provision of power supply of at least one component of wind-driven power plant.

10 cl, 5 dwg

Similar patents RU2743307C1

Title Year Author Number
WIND POWER STATION WITH MULTIPLE WIND-DRIVEN POWER PLANTS 2009
  • Khiller Mark
  • Klassen Norbert
  • Zal'Tsmann Teodor
  • Zommer Rajner
RU2459112C1
WIND FARM WITH SEVERAL WIND-DRIVEN POWER-PLANTS 2018
  • Brombach, Johannes
  • Strafiel, Christian
RU2725167C1
METHOD AND DEVICE FOR OPERATION OF WIND-DRIVEN POWER PLANTS 2017
  • De Boer, Wolfgang
RU2718394C1
WIND POWER PLANT 2022
  • Zainullin Ildar Fanilevich
RU2785256C1
CONTROL METHOD FOR WIND-DRIVEN POWER PLANT WITHOUT CONNECTION TO NETWORK 2013
  • Beekmann Alfred
RU2603712C2
WIND-DRIVEN POWER PLANT WITH AUXILIARY GENERATOR, AND PLANT OPERATION CONTROL METHOD 2005
  • Foss Ehberkhart
RU2350768C2
PROCEDURE FOR OPERATING WIND-DRIVEN POWER PLANT 2014
  • Girtts Khelge
RU2644405C2
WIND-DRIVEN OR HYDRO-ELECTRIC POWER PLANT 2010
  • Hein Peter
RU2540415C2
WIND-DRIVEN POWER PLANT AND METHOD OF ELECTRICAL ENERGY INPUT 2013
  • Didrikhs Folker
RU2605446C1
WIND-DRIVEN POWER PLANT CONTROL METHOD 2017
  • Kruse, Marcel
RU2713474C1

RU 2 743 307 C1

Authors

Busker, Kai

Heller, Stefan

Gertjegerdes, Stefan

Mackensen, Ingo

Wilhelm, Juri

Dates

2021-02-17Published

2018-10-01Filed