METHOD FOR FREQUENCY STABILISATION OF ELECTRIC MAINS Russian patent published in 2014 - IPC F01K13/02 

Abstract RU 2517000 C2

FIELD: electricity.

SUBSTANCE: invention is related to the method for frequency stabilisation of electric mains. A two-shaft gas turbine consists of a powerful turbine and a gas generator, at that the powerful turbine is connected to the first generator by the first shaft in order to transmit torque. The invention also refers to a device for implementation of this method. Conventional methods of frequency stabilisation have high investment costs and efficiency losses. In order to solve these problems the invention envisages that the first shaft of the powerful turbine and the first generator is rotated permanently synchronically with the electric mains, and the first generator is driven as the engine while the second shaft of the gas generator is rotated permanently with a number of cranking rpm, at that at the power request the gas generator is started up and the powerful turbine is driven by hot gas generated by the gas generator so that the first generator generates electrical current.

EFFECT: invention allows increase in efficiency and economic feasibility of the mains frequency stabilisation.

10 cl, 1 dwg

Similar patents RU2517000C2

Title Year Author Number
PLANT FOR COMBINED PRODUCTION OF HYDROGEN-CONTAINING GAS, AND ELECTRIC AND HEAT ENERGY 2010
  • Nikolaev Jurij Evgen'Evich
  • Mrakin Anton Nikolaevich
RU2428459C1
COMBINED CYCLE POWER PLANT UNIT 2023
  • Kudinov Anatolij Aleksandrovich
  • Ziganshina Svetlana Kamilovna
  • Kudinov Evgenij Anatolevich
RU2806955C1
METHOD OF BINARY CCP-THERMAL POWER PLANT 2015
  • Novichkov Sergej Vladimirovich
  • Popova Tatyana Ivanovna
RU2600666C1
METHOD FOR OPERATION OF BINARY COMBINED CYCLE POWER PLANT 2016
  • Novichkov Sergej Vladimirovich
RU2631961C1
METHOD OF WORK OF BINARY STEAM HEAT ELECTROCENTRAL 2016
  • Novichkov Sergej Vladimirovich
RU2626710C1
METHOD OF RECOVERY OF HEAT OF EXHAUST GASES OF GAS-TURBINE ENGINE AND HEAT POWER-GENERATING PLANT FOR IMPLEMENTING THE METHOD 2003
  • Rogovoj Evgenij Dmitrievich
  • Bukholdin Jurij Sergeevich
  • Dovzhenko Vladimir Nikolaevich
  • Ena Vladimir Petrovich
  • Olefirenko Vladimir Mikhajlovich
  • Parafejnik Vladimir Petrovich
  • Sukhostavets Sergej Viktorovich
  • Tatarinov Vladimir Mikhajlovich
RU2266414C2
THERMAL VAPOR INSTALLATION WITH A STEAM TURBINE DRIVE OF A COMPRESSOR 2018
  • Biryuk Vladimir Vasilevich
  • Livshits Mikhail Yurevich
  • Shimanova Aleksandra Borisovna
  • Shimanov Artem Andreevich
  • Sheludko Leonid Pavlovich
  • Anisimov Mikhail Yurevich
  • Korneev Sergej Sergeevich
RU2700320C2
POWER SUPPLY UNIT WITH COMPLEX RECYCLING OF OIL AND GAS INDUSTRY WASTES 2018
  • Kulbyakina Aleksandra Viktorovna
  • Ozerov Nikita Alekseevich
RU2713936C1
THERMOELECTRIC PLANT WITH GAS-TURBINE UNIT 2005
  • Nikishin Viktor Anatol'Evich
  • Peshkov Leonid Ivanovich
  • Ryzhinskij Il'Ja Nakhimovich
  • Shelud'Ko Leonid Pavlovich
RU2280768C1
COMBINED-CYCLE COGENERATION PLANT 2017
  • Biryuk Vladimir Vasilevich
  • Kirsanov Yurij Georgievich
  • Livshits Mikhail Yurevich
  • Tsapkova Aleksandra Borisovna
  • Sheludko Leonid Pavlovich
RU2650232C1

RU 2 517 000 C2

Authors

Jurettsek Uve

Dates

2014-05-27Published

2009-12-02Filed