METHOD FOR DETECTING AND ELIMINATING ASYNCHRONOUS REGIME AT OBJECTS OF ELECTRIC POWER SYSTEM Russian patent published in 2018 - IPC H02H3/48 

Abstract RU 2661351 C1

FIELD: electrical equipment.

SUBSTANCE: use in the field of electrical engineering and power engineering. Method of detecting and eliminating an asynchronous regime at the objects of the electric power system provides for the control of the power system section and includes direct measurement of the voltage in the first node of the controlled section and calculation of its angle, obtaining the voltage value in the second node and calculating its angle, calculating the angular difference between the voltages of the first and second nodes, and forming a control action to eliminate the asynchronous mode at a time when the difference in the angular stresses of the nodes becomes equal to or exceeds a predetermined value. In this case, the voltage measurement in the second node of the monitored area is performed at the output of the rotor angle rotation control means of the generator.

EFFECT: technical result is increased reliability, accuracy, selectivity and adaptability of detection and elimination of the asynchronous regime of the power system.

4 cl, 3 dwg

Similar patents RU2661351C1

Title Year Author Number
METHOD FOR DETECTING AND ELIMINATING ASYNCHRONOUS MODE AT ELECTRIC POWER SYSTEM FACILITIES 2023
  • Narovlyanskij Vladimir Grigorevich
RU2813258C1
METHOD TO DETECT POWER SYSTEM ASYNCHRONOUS CONDITIONS 2008
  • Narovljanskij Vladimir Grigor'Evich
  • Misrikhanov Misrikhan Shapievich
  • Vaganov Aleksandr Borisovich
  • Zorin Filipp Petrovich
RU2381605C1
METHOD FOR DETERMINING SHORT CIRCUIT IN ELECTRIC POWER SYSTEM 2008
  • Narovljanskij Vladimir Grigor'Evich
  • Misrikhanov Misrikhan Shapievich
  • Vaganov Aleksandr Borisovich
  • Zorin Filipp Petrovich
RU2374733C1
METHOD FOR DETECTING AND ELIMINATING ASYNCHRONOUS MODE IN POWER SYSTEM BY AUTOMATIC- CONTROL DEVICE 2001
  • Jakimets I.V.
  • Narovljanskij V.G.
  • Nalevin A.A.
  • Vaganov A.B.
RU2204877C1
METHOD FOR AUTOMATIC ELIMINATION OF THE ASYNCHRONOUS MODE OF THE ELECTRICAL NETWORK 2022
  • Makashkina Anastasiia Nikolaevna
  • Petrov Vladimir Sergeevich
  • Antonov Vladislav Ivanovich
  • Naumov Vladimir Aleksandrovich
RU2790631C1
METHOD OF FINDING AND LIQUIDATION OF ASYNC MODE IN ELECTRIC POWER BY AUTOMATIC CONTROL SYSTEM 2006
  • Pastukhov Viktor Stepanovich
  • Jugatov Dmitrij Aleksandrovich
RU2316099C1
METHOD FOR DETECTION AND RECOVERY OF TRIPLE- GENERATOR ASYNCHRONOUS MODE OF ELECTRICAL SYSTEM 1998
  • Jakimets I.V.
  • Vaganov A.B.
  • Gluskin I.Z.
  • Kupchikov T.V.
RU2148289C1
MEASUREMENT METHOD OF SYNCHROPHASOR OF OPERATING CONDITION OF POWER SYSTEM, AND DEVICE FOR ITS IMPLEMENTATION 2012
  • Belovitskij Vitalij Aleksandrovich
  • Vaganov Aleksandr Borisovich
  • Gel'Fand Aleksandr Markovich
  • Narovljanskij Vladimir Grigor'Evich
RU2519810C1
METHOD FOR MONITORING OF TRANSIENT MODES IN ELECTRIC ENERGY SYSTEM AND DEVICE FOR ITS IMPLEMENTATION 2012
  • Shul'Ginov Nikolaj Grigor'Evich
  • Zhukov Andrej Vasil'Evich
  • Demchuk Anatolij Timofeevich
  • Dubinin Dmitrij Mikhajlovich
  • Rasshchepljaev Anton Igorevich
  • Artsishevskij Jan Leonardovich
  • Klimova Tat'Jana Georgievna
  • Safronov Boris Andreevich
RU2513874C1
ASYNCHRONOUS MODE DETECTION METHOD 2000
  • Ehdlin M.A.
  • Kats P.Ja.
  • Strukov A.V.
RU2199807C2

RU 2 661 351 C1

Authors

Narovlyanskij Vladimir Grigorevich

Dates

2018-07-16Published

2017-04-28Filed