OPTIMAL AND EFFICIENT METHODS OF GENERATING VARIOUS TYPES OF ENERGY IN ORDER TO REDUCE THEIR COST, INCREASE RELIABILITY AND SAFETY USING STIRLING ENGINE Russian patent published in 2024 - IPC F02G5/00 

Abstract RU 2830217 C2

FIELD: machine building.

SUBSTANCE: disclosed is a method of using a Stirling engine (SE) to generate mechanical and electrical energy at nuclear power plants (NPP) and nuclear power units. Stirling engine connected to electric generator is installed by heater inside nuclear reactor to take up heat directly from fuel elements. Tubes of the heater and cooler of the SE have a twisted shape. For cooling of SE and generator auxiliary SE operating in mode of refrigerating machine (SrE) is used. Starting device (SD) for the SE is a generator operating in motor mode when voltage is applied to it. Standby units are universal DS (SuE), having their own combustion chamber, operating on liquid or gaseous fuel, and simultaneously capable of operating due to reception of heat supplied from a third-party source (SuE). As backup generators for initial start-up of power plant or in case of its shutdown due to accident, as well as for reactor cooling system, SE-SuE-generator units are used.

EFFECT: disclosed are optimal and efficient methods of generating various types of energy in order to reduce their cost, increase reliability and safety using a Stirling engine.

1 cl, 14 dwg

Similar patents RU2830217C2

Title Year Author Number
GENERATION METHOD OF MECHANICAL (ELECTRIC) POWER BY MEANS OF STIRLING ENGINE USING HEAT OF SECONDARY POWER RESOURCES, GEOTHERMAL SOURCES AND SOLAR POWER FOR ITS OPERATION 2008
  • Gorbachev Jurij Mikhajlovich
RU2406853C2
METHODS FOR INCREASING THE EFFICIENCY OF HEAT EXCHANGE PROCESSES IN A STIRLING ENGINE 2021
  • Gorbachev Yurij Mikhajlovich
RU2801167C2
SHIP OF FRIGATE DISPLACEMENT CLASS 2006
  • Mizgirev Anatolij Avramovich
  • Perevalov Vilior Aleksandrovich
  • Pishchugin Boris Alekseevich
  • Selivanov Nikolaj Pavlovich
  • Senchurov Vjacheslav Aleksandrovich
  • Spiridopulo Vladimir Il'Ich
  • Jukhnin Vladimir Evgen'Evich
  • Jarov Jurij Fedorovich
RU2311313C1
SHIP AT DISPLACEMENT OF DESTROYER (VERSIONS) 2006
  • Jukhnin Vladimir Evgen'Evich
  • Spiridopulo Vladimir Il'Ich
  • Mishin Valentin Petrovich
  • Selivanov Nikolaj Pavlovich
RU2300477C1
COMBINED GAS TURBINE PLANT (VERSIONS) 2008
  • Boguslaev Vjacheslav Aleksandrovich
  • Gorbachev Pavel Aleksandrovich
  • Kononenko Petr Ivanovich
  • Mikhajlutsa Vjacheslav Georgievich
RU2377428C1
COMPLEX FOR PRODUCTION OF HEAT AND ELECTRIC ENERGY 2024
  • Glushkov Dmitrii Olegovich
  • Paushkina Kristina Konstantinovna
  • Kuznechenkova Daria Antonovna
RU2828322C1
AIRSHIP (VERSIONS) 2009
  • Ermolov Nikolaj Antonovich
  • Podsobljaev Dmitrij Alekseevich
RU2408496C2
SYSTEM OF LEAD FIRE-FIGHTING OF TANKS AND INFANTRY COMBAT VEHICLES 1997
  • Burdakov Jurij Semenovich
  • Morozov Viktor Grigor'Evich
RU2119807C1
FIREFIGHTING AIRCRAFT 2010
  • Shulikov Konstantin Vladimirovich
RU2483981C2
METHOD FOR HELICOPTER DETECTION AND SUPPRESSION OF LANDSCAPE FIRES WITH INERT ATMOSPHERIC GASES 2020
  • Abrosimov Dmitrij Vladimirovich
  • Belozerov Valerij Vladimirovich
  • Zimovnov Oleg Vladimirovich
  • Nikulin Mikhail Aleksandrovich
  • Filimonov Maksim Nikolaevich
  • Belozerov Vladimir Valerevich
RU2732748C1

RU 2 830 217 C2

Authors

Gorbachev Yurij Mikhajlovich

Dates

2024-11-14Published

2020-10-26Filed