HELIOGEOTHERMAL POWER COMPLEX Russian patent published in 2021 - IPC F24T50/00 H02S10/30 F24D15/04 F24D17/02 

Abstract RU 2749471 C1

FIELD: power supply systems.

SUBSTANCE: invention relates to solar technology, power supply systems and installations using renewable and non-renewable energy sources, and can be used for heat supply and power supply to various consumers. The heliogeothermal power complex includes photoelectric modules (solar power station) (PEM), connected in combination with a diesel generator set (DGS) and accumulator batteries (AB), a heat pump (HP), a solar vacuum collector (SVC). The load is powered from independent power supply sources – the PEM, the AB and the DGS, interconnected by a switching unit that ensures automatic switching between power sources. The electricity received from the PEM, the DGS and the AB is used for the operation of the HP, CP, and also goes to the consumer. The HP carries out a reverse thermodynamic cycle on a low-boiling working substance, which takes heat energy in the evaporator of the heat pump (EVHP) and sends it to the consumer through the condenser of the heat pump (CDHP) at a temperature of outgoing hot water of 45-55°С. The EVHP receives thermal energy through a heat exchanger (HE) from a geothermal coolant - water pumped into an injection petrothermal well with a temperature of 10-12°С and pumped out of a production well with a temperature of 20-22°С. For heat supply of DGS, heat transfer to HP and SVC through the HE, water circulates with an outlet temperature of 16-18°С and at an inlet of 6-8°С.

EFFECT: invention ensures uninterrupted operation, increases the economic efficiency of the heliogeothermal power complex, if possible, the production of electricity, heat energy for sale to the consumer.

1 cl, 1 dwg

Similar patents RU2749471C1

Title Year Author Number
METHOD OF ALTERNATIVE POWER SOURCES COMBINED USE 2016
  • Stoyanov Nikolaj Ivanovich
  • Voronin Aleksandr Ilich
  • Stoyanov Arsenij Gennadevich
  • Shagrov Aleksandr Vyacheslavovich
RU2622779C1
PLANT FOR SOLAR AND GEOTHERMAL CENTRAL HEAT SUPPLY 0
  • Riger Pavel Nikolaevich
  • Mozgovoj Aleksandr Gerasimovich
  • Vajnshtejn Semen Isaakovich
  • Popel Oleg Sergeevich
  • Glazunov Yurij Ivanovich
  • Kholopov Viktor Nikolaevich
  • Mizrukhin Evgenij Borisovich
  • Satanovskij Mikhail Romanovich
SU1537978A1
SYSTEM FOR INDEPENDENT SUPPLY OF HEAT TO CONSUMERS RELYING ON USAGE OF LOW-POTENTIAL HEAT SOURCE AND POWERED FROM RENEWABLE ELECTRIC ENERGY SOURCES 2007
  • Strebkov Dmitrij Semenovich
  • Kharchenko Valerij Vladimirovich
  • Chemekov Vjacheslav Viktorovich
RU2350847C1
GEOTHERMAL-CARBON DIOXIDE ENERGY COMPLEX 2020
  • Pashkevich Roman Ignatevich
  • Iodis Valentin Alekseevich
RU2740625C1
METHOD OF EXTRACTING LOW-TEMPERATURE PETROTHERMAL HEAT 2023
  • Shaposhnikov Evgenii Vladimirovich
RU2823425C1
METHOD OF PETROTHERMAL HEAT EXTRACTING 2018
  • Shaposhnikov Evgenij Vladimirovich
RU2701029C1
PETROTHERMAL POWER PLANT AND MOUNTING DEVICE FOR HEAT TAKEOFF SYSTEM OF PETROTHERMAL POWER PLANT 2010
  • Najda Vasilij Grigor'Evich
RU2529769C2
GEOTHERMAL HEAT UTILISATION METHOD 2007
  • Stojanov Nikolaj Ivanovich
  • Gejvandov Iogann Arestagesovich
  • Voronin Aleksandr Il'Ich
RU2358209C1
SYSTEM OF HEAT SUPPLY AND HOT WATER SUPPLY BASED ON RENEWABLE ENERGY SOURCES 2010
  • Alkhasov Alibek Basirovich
  • Alkhasova Dzhamilja Alibekovna
RU2445554C1
METHOD OF COMPLEX USE OF GEOTHERMAL HEAT BY MEANS OF STEAM EJECTOR HEAT PUMP 2011
  • Stojanov Nikolaj Ivanovich
  • Voronin Aleksandr Il'Ich
  • Gejvandov Iogann Arestagesovich
  • Smirnov Stanislav Sergeevich
RU2528213C2

RU 2 749 471 C1

Authors

Pashkevich Roman Ignatevich

Iodis Valentin Alekseevich

Gorbach Vladimir Aleksandrovich

Dates

2021-06-11Published

2020-07-28Filed