SYSTEMS OF INDEPENDENT ELECTRIC SUPPLY FOR UNITS OF THERMAL POWER PLANT Russian patent published in 2017 - IPC F24D3/00 H01L35/28 

Abstract RU 2610819 C1

FIELD: electricity.

SUBSTANCE: invention relates to heat-power engineering and is designed to provide electrical power for automation devices and actuators. Essence of the invention is as follows: the inventive system includes a high temperature and low temperature heat sources, the heat sink into external environment, an automation unit, high-temperature and low-temperature thermoelectric converters (TEC), hot junctions of which are made in thermal contact with high temperature and low temperature heat sources respectively, and the cold junctions - in thermal contact with external environment. Electrical outputs of thermoelectric converters are connected via the switchboard to the input of one or more electric batteries. The thermoelectric converter between the heat source and the block of thermocouples the mediator with damping elements at the point of contact with heat source can be added, and an exchangeable 3D-adapter for accurate geometric alignment of surfaces of the heat source unit and thermocouples. The mediator in the thermoelectric converter can be made of metal or ceramics. The damping elements can be the technical porous sheet rubber.

EFFECT: invention enables increasing the total electric power of TEC without dismantling the boiler, piping and / or its components and uninterrupted power supply of units and automation systems of the boiler.

3 cl, 1 dwg

Similar patents RU2610819C1

Title Year Author Number
TRANSFORMER SUBSTATION 2017
  • Kozlov Ilya Igorevich
  • Stepanov Vladimir Viktorovich
  • Vinogradov Egor Alekseevich
RU2692703C1
THERMOELECTRIC GENERATOR BASED ON SEEBECK EFFECT 2023
  • Popov Nikita Mikhailovich
RU2811638C1
DOMESTIC THERMOELECTRIC GENERATOR 2020
  • Ponomarev Sergej Vitalevich
RU2767007C2
ENERGY SAVING APPLIANCE 2015
  • Pankov Mikhail Mikhajlovich
RU2610649C1
TUBULAR THERMOELECTRIC MODULE 2018
  • Grechko Nikolaj Ivanovich
  • Kvitsiniya Rezo Chichikovich
  • Kovyrzin Aleksandr Valentinovich
  • Krivoruchko Sergej Prokofevich
  • Sudak Nikolaj Maksimovich
  • Surovtsev Vladimir Georgievich
RU2732821C2
LIQUID COAL FUEL COMBUSTION METHOD 2014
  • Lunev Vladimir Ivanovich
  • Lunev Sergej Vladimirovich
  • Zagneev Petr Stepanovich
  • Zagneev Denis Petrovich
  • Usenko Aleksandr Ivanovich
  • Usenko Andrej Aleksandrovich
RU2552016C2
PLANT FOR CONVERTING LOW-GRADE HEAT INTO ELECTRIC ENERGY 2004
  • Allajarov Artur Firdausovich
  • Badamshin Il'Dar Khajdarovich
RU2279558C2
HEAT ELECTRIC GENERATOR 1992
  • Jarygin Valerij Ivanovich[Ru]
  • Klepikov Vladimir Vasil'Evich[Ru]
  • Kuptsov Gennadij Aleksandrovich[Ru]
  • Vizgalov Anatolij Viktorovich[Ru]
  • Vol'F Ljudovik Rejnol'D[Nl]
RU2035667C1
DEVICE FOR GENERATION OF THERMAL AND ELECTRIC ENERGY 2003
  • Shalaev N.V.
  • Novosel'Tsev O.A.
RU2224190C1
HEATING DEVICE 2012
  • Andreev Sergej Andreevich
  • Sudnik Jurij Aleksandrovich
  • Petrova Elena Alekseevna
  • Guretskij Nikita Igorevich
RU2535296C2

RU 2 610 819 C1

Authors

Shaklein Sergej Stepanovich

Lenkova Elena Anatolevna

Dates

2017-02-15Published

2015-12-28Filed