ENERGY LOSS DETERMINING METHOD Russian patent published in 2015 - IPC F03D11/00 

Abstract RU 2543367 C1

FIELD: power industry.

SUBSTANCE: invention relates to a creation method of a database that contains several correlation laws, namely correlation coefficients, for determination of loss of energy that during shutdown/downtime or throttling of the first wind-driven power plant cannot be converted to electric energy from consumed power of a reference wind-driven power plant operated with or without throttling, which involves stages of simultaneous determination of instantaneous power of the first wind-driven power plant and at least one reference wind-driven power plant in an operating mode with or without throttling; determination of one correlation law respectively, namely correlation coefficient describing relationship between power of the first wind-driven power plant and power of the reference wind-driven power plant and maintenance of the correlation law or correlation coefficient depending on a boundary condition.

EFFECT: higher accuracy of measurement.

15 cl, 3 dwg

Similar patents RU2543367C1

Title Year Author Number
METHOD FOR CONTROLLING A POWER CONSUMPTION OF A GROUP OF SEVERAL WIND TURBINES 2014
  • Girtts Khelge
RU2649318C2
METHOD OF OPERATING A WIND POWER PLANT 2012
  • De Boer Volfgang
  • Girtts Khelge
RU2584630C2
WINDMILL OPERATION PROCESS 2011
  • De Boer Volfgang
  • Eden Georg
  • Beekmann Alfred
  • Lenshov Gerkhard
RU2578251C2
METHOD FOR CONTROLLING WIND POWER PLANTS 2014
  • Beekmann Alfred
RU2649868C2
METHOD, AS WELL AS WIND-DRIVEN ELECTRIC POWER SUPPLY UNIT 2017
  • Brombach, Johannes
RU2708646C1
OPERATING METHOD OF WIND-DRIVEN POWER PLANT UNDER ICE FORMATION CONDITIONS 2012
  • Jepsen Torsten
RU2567616C2
WIND-DRIVEN POWER PLANT CONTROL METHOD 2017
  • Dr. Brombach, Johannes
  • Dr. Schubert, Katharina
RU2717172C1
METHOD OF ELECTRIC POWER SUPPLY TO ELECTRICAL POWER SUPPLY NETWORK 2014
  • Busker Kaj
RU2629565C2
METHOD AND WIND ENERGY INSTALLATION FOR LIGHTNING WARNING 2014
  • Grenkhagen Yannes
RU2655656C2
WIND-DRIVEN POWER PLANT AND OPERATING METHOD OF WIND-DRIVEN POWER PLANT 2012
  • Beekmann Al'Fred
  • De Bur, Vol'Fgang
RU2569121C2

RU 2 543 367 C1

Authors

Bolen Verner Khinrikh

Braga Nuno

Shmitts Andreas

Dates

2015-02-27Published

2012-02-08Filed