UNIVERSAL POWER MODULE Russian patent published in 2021 - IPC F02C6/00 F02C7/00 F02C9/00 

Abstract RU 2740726 C1

FIELD: power engineering.

SUBSTANCE: invention relates to energy generation means, intended for arrangement of local power supply system of objects remote from centralized power supply, and can be used as self-contained power source operating on different types of fuel. Universal power module comprises a gas turbine engine with an adjustable nozzle assembly, a step-down reduction gear connected to the alternating current generator via a coupling, air, fuel, oil, electric, automatic control systems providing its operation, characterized by that said equipment is made in form of independent mobile unit, and the power unit is a serial gas turbine engine with a controlled nozzle unit of a power turbine driven by a hydraulic mechanism fed from the engine oil system, providing protection of power turbine and driving units from maximum permissible rotation frequency at instantaneous discharges of electric or mechanical load of driving units, allowing to optimize power turbine rotation frequency, gas turbine engine fuel efficiency and gas temperature before high pressure turbine due to change of its throughput capacity. Fuel supply system of gas turbine engine is equipped with gas-regulating equipment unit, allowing its start-up and further operation on different types of fuel without preliminary start-up on liquid fuel and subsequent conversion to gaseous fuel. Gas turbine engine used in universal power module comprises low-emission remote two-pipe combustion chamber, flow part of which is made with possibility of access to hot part of engine turbo-compressor for maintenance and current repair directly during operation. Universal power module uses electronic digital control system of gas turbine engine, with full responsibility ensuring automatic installation and maintenance of working modes of gas turbine engine turbo compressor by changing amount of fuel when load changes to driving units, limiting gas limit temperature before high-pressure turbine, limiting speed of turbo compressors of high and low pressure, limiting frequency of rotation of power turbine and driving units.

EFFECT: technical result is to provide protection of the gas turbine engine and generator module from operational overloads, possibility of regular maintenance and current repair during operation and implementation of alternative start of gas turbine engine from different types of fuel.

4 cl, 3 dwg

Similar patents RU2740726C1

Title Year Author Number
GAS-TURBINE ENGINE 2013
  • Artjukhov Aleksandr Viktorovich
  • Erichev Dmitrij Jur'Evich
  • Efimov Andrej Sergeevich
  • Ivanov Igor' Nikolaevich
  • Kirjukhin Vladimir Valentinovich
  • Kuprik Viktor Viktorovich
  • Kotel'Nikov Andrej Rostislavovich
  • Manapov Irik Usmanovich
  • Marchukov Evgenij Juvenal'Evich
  • Simonov Sergej Anatol'Evich
  • Selivanov Vadim Nikolaevich
RU2555933C2
AIRCRAFT POWER PLANT WITH ADDITIONAL GAS-TURBINE ENGINE FOR AIR STARTING SYSTEM AND VENTILATION AND AIR-CONDITIONING SYSTEM 1997
  • Kobchenko V.K.
  • Kuznetsov B.I.
RU2133358C1
OPERATING METHOD OF GAS-TURBINE ENGINE AND GAS-TURBINE ENGINE OPERATED BY MEANS OF THIS METHOD 2013
  • Artjukhov Aleksandr Viktorovich
  • Erichev Dmitrij Jur'Evich
  • Kondrashov Igor' Aleksandrovich
  • Kuprik Viktor Viktorovich
  • Manapov Irik Usmanovich
  • Marchukov Evgenij Juvenal'Evich
  • Movmyga Dmitrij Alekseevich
  • Poljakov Konstantin Sergeevich
  • Simonov Sergej Anatol'Evich
  • Selivanov Vadim Nikolaevich
  • Seleznev Aleksandr Sergeevich
  • Shabaev Jurij Gennadievich
RU2544632C1
PROPFAN AIRCRAFT GAS TURBINE ENGINE 2022
  • Mikhajlov Yurij Nikolaevich
RU2816769C1
GAS-TURBINE ENGINE 2013
  • Artjukhov Aleksandr Viktorovich
  • Erichev Dmitrij Jur'Evich
  • Kondrashov Igor' Aleksandrovich
  • Kuprik Viktor Viktorovich
  • Manapov Irik Usmanovich
  • Marchukov Evgenij Juvenal'Evich
  • Poljakov Konstantin Sergeevich
  • Simonov Sergej Anatol'Evich
  • Selivanov Nikolaj Pavlovich
RU2545110C1
ADJUSTMENT METHOD OF TEST GAS-TURBINE ENGINE 2013
  • Artjukhov Aleksandr Viktorovich
  • Erichev Dmitrij Jur'Evich
  • Ivanov Igor' Nikolaevich
  • Kirjukhin Vladimir Valentinovich
  • Kondrashov Igor' Aleksandrovich
  • Kuprik Viktor Viktorovich
  • Manapov Irik Usmanovich
  • Marchukov Evgenij Juvenal'Evich
  • Movmyga Dmitrij Alekseevich
  • Simonov Sergej Anatol'Evich
  • Selivanov Nikolaj Pavlovich
  • Shabaev Jurij Gennad'Evich
RU2544634C1
0
SU310261A1
METHOD OF TESTING HYDRO-MECHANICAL PART OF ELECTRONIC-HYDRO-MECHANICAL SYSTEM OF AUTOMATIC CONTROL OF AUXILIARY GAS TURBINE ENGINE 2016
  • Shendaleva Elena Vladimirovna
RU2637272C2
ADJUSTMENT METHOD OF TEST GAS-TURBINE ENGINE 2013
  • Artjukhov Aleksandr Viktorovich
  • Erichev Dmitrij Jur'Evich
  • Ivanov Igor' Nikolaevich
  • Kirjukhin Vladimir Valentinovich
  • Kondrashov Igor' Aleksandrovich
  • Kuprik Viktor Viktorovich
  • Manapov Irik Usmanovich
  • Marchukov Evgenij Juvenal'Evich
  • Movmyga Dmitrij Alekseevich
  • Simonov Sergej Anatol'Evich
  • Selivanov Nikolaj Pavlovich
  • Shabaev Jurij Gennad'Evich
RU2544686C1
THREE-SHAFT GAS-TURBINE ENGINE 2000
  • Moskalev V.S.
RU2172418C1

RU 2 740 726 C1

Authors

Lejkovskij Yurij Aleksandrovich

Mushkin Boris Zinovevich

Nikulin Vladimir Nikolaevich

Markin Vladimir Ivanovich

Burtsev Gennadij Nikolaevich

Dates

2021-01-20Published

2019-08-05Filed