ABSORPTION REFRIGERATOR WITH BUILT-IN HEAT PUMP PLANT Russian patent published in 2017 - IPC F25B15/06 F25B30/00 

Abstract RU 2625073 C1

FIELD: heating.

SUBSTANCE: absorption refrigerator with built-in heat pump plant contains a generator unit with the first condenser and an absorber unit with the first evaporator. The first condenser of the first unit is connected to the first evaporator of the second unit by a liquid line, and the generator is connected to the absorber by lines of rich and poor solutions, running respectively through the cooling and heating cavities of the first regenerative heat exchanger. The absorption refrigerator is additionally equipped with a heat pump plant, a solar heater and a cooling tower. The heat pump plant includes the second condenser, a compressor, the second evaporator and the second regenerative heat exchanger, wherein the generator is connected to the input of the second condenser through water by a hot water line. The output of the condenser is connected to the input of the solar heater. The output of the solar heater is connected to the generator input, the output of the first condenser is connected to the input of the second evaporator by cooling water. The output of the second evaporator is connected to the inlet of the cooling tower, the output of which is connected to the input of the first condenser by means of a cooling water pump.

EFFECT: increased efficiency, mobility and reliability of the absorption refrigerator.

1 dwg

Similar patents RU2625073C1

Title Year Author Number
AIR-CONDITIONING SYSTEM BASED ON AN ABSORPTION REFRIGERATOR WITH CONNECTING A HEAT PUMP UNIT AND SOLAR COLLECTORS 2022
  • Sukhikh Andrej Anatolevich
  • Mereutsa Evgenij Vasilevich
  • Chan Ngok Khoang
RU2784256C1
ABSORPTION REFRIGERATION UNIT AND METHOD FOR COOLING OBJECTS IN AUTONOMOUS MODE IN REGIONS WITH HOT CLIMATE 2023
  • Dorzhiev Sergei Sodnomovich
  • Bazarova Elena Gennadevna
  • Rozenblium Mariia Igorevna
  • Zhuraev Izzatilla Rakhmatulla Ugli
RU2806949C1
OPERATING FROM THE HEAT PUMP UNIT ABSORPTION-DIFFUSION REFRIGERATOR 2017
  • Mereutsa Evgenij Vasilevich
  • Sukhikh Andrej Anatolevich
RU2659836C1
COMPACT LOW TEMPERATURE ABSORPTION REFRIGERATOR 2022
  • Mirmov Ilia Naumovich
  • Mirmov Naum Isakovich
  • Sutyrina Lidiia Veniaminovna
  • Shchiptsov Sergei Aleksandrovich
RU2784763C1
METHOD FOR HEAT AND COLD SUPPLY USING AN ABSORPTION THERMOTRANSFORMER WITH TWO-STAGE ABSORPTION 2020
  • Stepanov Konstantin Ilich
  • Mukhin Dmitrij Gennadevich
RU2755501C1
ABSORPTION REFRIGERATING MACHINE 2019
  • Terentev Sergej Leonidovich
  • Rubtsov Dmitrij Viktorovich
RU2745434C2
METHOD OF OPERATION OF THE COMPRESSED-AIR POWER STATION WITH AN ABSORPTION LITHIUM BROMIDE REFRIGERATING SYSTEM (LBRS) 2017
  • Aminov Rashid Zarifovich
  • Novichkov Sergej Vladimirovich
  • Borodin Andrej Aleksandrovich
RU2643878C1
0
  • Psakhis Boris Iosifovich
  • Elkin Artur Aleksandrovich
  • Prikhodko Lenian Dmitrievich
  • Krushev Viktor Andreevich
  • Kurbatov Yurij Fedorovich
SU1782303A3
ABSORPTION HELIUM COOLER 1992
  • Ashurly Z.I.
  • Gadzhiev M.G.
  • Filin S.A.
RU2036395C1
THERMOCOMPRESSOR UNIT 0
  • Bartosh Evgenij Tarasovich
  • Prudovskaya Olga Vladimirovna
  • Aksenov Konstantin Fedorovich
  • Panferov Vladimir Ivanovich
  • Sorokin Viktor Stepanovich
  • Yurevich Boris Aleksandrovich
SU1270499A1

RU 2 625 073 C1

Authors

Mereutsa Evgenij Vasilevich

Sukhikh Andrej Anatolevich

Dates

2017-07-11Published

2016-07-25Filed