CN205825490U - Realize the heat pump of Lv Tai community - Google Patents

Realize the heat pump of Lv Tai community Download PDF

Info

Publication number
CN205825490U
CN205825490U CN201620437688.4U CN201620437688U CN205825490U CN 205825490 U CN205825490 U CN 205825490U CN 201620437688 U CN201620437688 U CN 201620437688U CN 205825490 U CN205825490 U CN 205825490U
Authority
CN
China
Prior art keywords
heat
tube
heat exchanger
heat pump
vapour
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201620437688.4U
Other languages
Chinese (zh)
Inventor
李建华
Original Assignee
李建华
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 李建华 filed Critical 李建华
Priority to CN201620437688.4U priority Critical patent/CN205825490U/en
Application granted granted Critical
Publication of CN205825490U publication Critical patent/CN205825490U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses and include each household heat pump, storage hot-tub, bushing type storage heat exchanger, the liquid phase insulating tube of transferring heat energy, vapour phase insulating tube and by the electromagnetic valve that liquid phase insulating tube, vapour phase insulating tube are connected with each household heat pump, it is characterized in that described each household heat pump the facility such as is formed by double-tube heat exchanger, heat exchanger, cryogenic compressor, heat pump compressor, vaporizer, condenser, water film evaporation device and rotary double cylinder heat pump and electric expansion valve, recovery evaporator, Intelligent control board.This utility model realize Lv Tai community heat pump, have reduced investment, practical, to solve urban air pollution, create low-carbon (LC) Lv Tai community, there is extremely strong operability.

Description

Realize the heat pump of Lv Tai community
Technical field: this utility model belongs to that city is energy-conservation, the green state of low-carbon (LC), the practicing, including middle water of intelligence community Utilization, the storage of trough-electricity and application, particularly to the heat pump realizing Lv Tai community.
Background technology: China is that one populous, oil-poor, the application of lean gas, coal accounts for domestic total energy application 70% Developing country, all trades and professions are in developing period, and the consumption of life is pursued and grown with each passing day by people, the carbon row that consumption brings Put serious threat and The Surroundings in Cities.For Environment control, government propose using electricity instead of coal strategy, this be a act the most arduous Arrange, on the one hand urban electricity supply facility, netting yarn attaching be intended to turn over two times, the electric power netting twine and the power plant that carry electric energy are intended to turn over simultaneously Times, country to spend huge sums and long time could realize this behave, had both made realization, carbon emission still increase, only From the east on territory, have been moved to western part.Additionally the electric power of China, the upgrading through decades are relatively rich cleaning energy Source but trough-electricity is not well utilised, the waste of this resource is the most unfortunate.Also have, China is that one oil-poor, the country of lean gas, Government is the domestic energy mode improving urban and rural residents of China, spend a large amount of foreign exchange buy natural gas, this be a kind of clean energy resource, general It is transformed for automobile with gas generation oil, can purify motor vehicle exhaust emission.It is used for community first generate electricity and heat afterwards, efficiency can be improved Several times, can the China's natural gas simple application that has nearly half to be used to urban and rural residents manufacture hot water.
Utilize trough-electricity to absorb air energy, change into water at low temperature storage, its heat was heated up through heat pump taking-up in second day again The scheme of heat supply, and utilize air to evaporate through the moisture film generation that specific surface is bigger, make air and water lower the temperature simultaneously, utilize this to drop The low wind of temperature, accelerate the condensation of cold-producing medium in condenser thus increase evaporation effect, make inlet temperature decline, drop The moisture film that the wind of low temperature is bigger with specific surface area contacts, makes the temperature of water and declines further, but refrigeration power consumption is big.
Through the present inventor's experiment repeatedly, this utility model has carried out substantial improvements, and trough-electricity energy storage water pump transmits Heat, (energy storage and with can will boiled water pump), energy consumption be big, the house of especially more than 6 layers, transmit heat, its power consumption with water It is all the biggest.
The each row of vaporizer of refrigerating part all vapour liquid separators through top connect together, each row of condenser also connects There is no thermograde between together, often arranging, first row vaporizer therefore can not be caused to reduce moisture in air, to increase moisture film The positive energy of the more preferable evaporative cooling of vaporizer.Vaporizer, condenser by Serpentis type ribbed pipe type composition but freeze in each vaporizer The uniformity of agent supply, and all there is question of substance in heat exchanger effectiveness.
The north winter, the most subzero nearly 10 degree of outdoor temperature, absorb steam, through compressor intensification the most condensed device cold Congealing into after liquid, its condensation temperature is exactly heat supply temperature, as 40 DEG C, that its condensed fluid returns to vaporizer, its sensible heat through choke valve is complete Portion is dissipated in cold wind, if cold wind is subzero 10 DEG C.Under this worst cold case, system has the heat energy of 25% to 30% to be wasted.
The strong cold donkey pump of refrigerating part, the scraping blade pump of employing, its mechanical efficiency are low, are not durable.
Utility model content: the purpose of this utility model is for above-mentioned the deficiencies in the prior art, provides for urban and rural residents A kind of significantly reduce refrigeration, heating, manufacture hot water power consumption heat pump.This product economizes on electricity significantly, once electric energy acquirement several years electricity Efficiency, the load (on the premise of ensureing comfortable cooling) of south town and country air conditioner refrigerating in summer can be significantly reduced, can solve again Certainly town and country, north using electricity instead of coal heating, the defect that power supply capacity is inadequate.This equipment utilization trough-electricity absorbs Cryogenic air heat energy, turns Both made also to reach more than 3 at subzero 10 degree for water at low temperature storage heat, heating efficiency.Second day take out through heat pump heat up, with A small amount of electricity prepares the heat energy of several times in order to heat.Both adapt to the existing power supply capacity in China city, purify city the most greatly The air quality in city, greatly reduce the carbon emission of whole country simultaneously.This equipment manufacture hot water to save several compared with natural gas manufacture hot water Times can expend.Both save a large amount of foreign exchanges for state, save consumption for the people again.Non-heating season, utilize this system water storage facility, Recyclable secondary water, rainwater etc., the trees flowers and plants timing in community is sprayed, is beautified the environment.
Realize the heat pump of Lv Tai community, include each household heat pump, storage hot-tub, coiled storage heat exchanger, biography Pass the liquid phase insulating tube of heat energy, vapour phase insulating tube and be connected with each household heat pump by liquid phase insulating tube, vapour phase insulating tube Electromagnetic valve, it is characterized in that described each household heat pump is by double-tube heat exchanger, heat exchanger, cryogenic compressor, heat pump pressure Contracting machine, vaporizer, condenser, water film evaporation device and rotary double cylinder heat pump and electric expansion valve, recovery evaporator, intelligence Can panel composition.
Described recovery evaporator is made up of the built-in heat exchanger coil of reservoir compartment;One end first quarter flow tube of heat exchanger coil Be connected with electronic expansion valve inlet, the other end of heat exchanger coil is connected with the steam inlet pipe of heat pump compressor, recovery evaporator The upper end of reservoir compartment be connected through electromagnetic valve with the outer coil pipe lower end of double-tube heat exchanger, another of described recovery evaporator upper end Side is connected with the outlet of heat exchanger lower end;The reservoir compartment lower end of described recovery evaporator is connected with electronic expansion valve inlet, The opposite side of reservoir compartment lower end is connected, between described reservoir compartment and described double-tube heat exchanger with the outer coil pipe lower end of double-tube heat exchanger It is provided with after capillary tube is connected with electromagnetic valve and is connected.
Described vaporizer, condenser are constituted by some row's coiled pipe aluminum cold face temperature etc., and vaporizer and condenser Row is corresponding, and is distributed in two sides of described water film evaporation device, and air intake is located at by described vaporizer, and described condenser is located at out Wind end, the bottom inlet often arranging vaporizer and condenser liquid-phase tube all given by refrigerating fluid through pipe dispensing head;Often organize heat exchanger The mouth of pipe is all connected with liquid-phase tube, the top of liquid-phase tube is connected with the bottom of vapour liquid separator in bottom;The top often organizing heat exchanger goes out Mouthful be all connected with vapour phase pipe, the top of the upper outlet insertion vapour liquid separator of vapour phase pipe and with under vapour liquid separator cavity Portion is fixing to be connected.
The vapour liquid separator on described vaporizer top is connected with a compression chamber entrance of rotary double cylinder heat pump, compression chamber Outlet is connected with the vapour liquid separator being located on condenser, the compression chamber outlet of described rotary double cylinder heat pump and compression chamber entrance Between and be provided with check valve, the entrance of the vapour liquid separator being located on described condenser and described heat pump compressor has an electromagnetism Valve, another compression chamber entrance of described rotary double cylinder pump is connected with the vapour liquid separator being located on vaporizer, described rotary Vapour liquid separator on another compression chamber outlet condenser corresponding with being located at it of twin cylinder pump is connected, described rotary double cylinder pump Compression chamber outlet and compression chamber entrance between and the vapour liquid separator that is provided with on check valve, and condenser and cryogenic compressor Entrance is connected.
Described water film evaporation device includes that the low finned tube that some ppR pipes are distributed by faulting column is constituted, water is from upper end The gap of every PPR pipe is overflowed, along under whole outer tube wall surface current, by the collection tray of bottom.
Described Intelligent control board has family formula to freeze, heats, manufacture hot water shows and controls, and also includes heat storage archives, Yong Huyong Trough-electricity start, storage heat, user's house heating energy, deposit, owe inquiry.
Described cryogenic compressor is detected its electric current, temperature by panel, adjusts cold-producing medium quantity delivered by electric expansion valve.
Described double-tube heat exchanger includes the space that big pipe inner sleeve tubule, interior tube space and outer tube wall are constituted with outer wall of inner tube Inside it is cold-producing medium, in phase transformation operating conditions.
The hot pond of described storage, is that a kind of heat pump collecting and distributing type by some families, room house controls, utilizes low ebb in evening Electric absorption air energy, through tube-in-tube heat exchanger, heat passed to liquid phase insulating tube and vapour phase insulating tube, through liquid phase insulating tube and Heat energy is reached the coiled storage heat exchanger in underground heat storage pond, through the agitation of propeller motor, constantly heat by vapour phase insulating tube Amount reaches concentrates storage in water;Next day again through coiled store heat exchanger, through propeller motor agitation, constantly heat through liquid Phase insulating tube and vapour phase insulating tube pass to each household, again by the heat pump warm-up heating of each household.
Described coiled storage heat exchanger is the heat exchanger being made up of some circle coil pipes, described coiled storage heat exchanger Being located in the middle part of the hot pond of storage, and coil outside propeller, vapour phase insulating tube is connected with the top of coiled storage heat exchanger, liquid phase Insulating tube is connected with the bottom of coil heat exchanger, and liquid phase insulating tube is provided with the hot solution feed pump of storage.
This utility model compared with currently used electric heating equipment, obvious energy conservation, utilize the rich night dip electricity of China, Absorb air energy, with obtain several times low temperature heat energy store, second day through heat pump heat up heating, the heat of several times is provided with kilowatt-hour Can heat, be substantially reduced the pressure to electrical network peak-trough electricity.
Enforcement is simple, utilize the existing supply network in city just can realize using electricity instead of coal, can save writing urban distribution network increasing Appearance is taken.As long as build or a pond is dug in a corner in room, every building in built community, based on each household 2-3 cube, dug, built Behind good pond, face, pond is still covered the soil with 50 centimeters, kind value trees flowers and plants, an input that need are the least, just can be realized trough-electricity energy storage, non- In heating season, utilize storage hot-tub to be used as to store rainwater and middle water, the water reclaimed is used as sprinkling irrigation trees or carwash is used.
Innovation drive, pull domestic demand, the present invention compared with existing air conditioner refrigerating, obvious energy conservation, not only power consumption are greatly reduced, And constant temperature, constant humidity, permanent oxygen (introduce outdoor natural wind and follow row), especially have domestic hot-water's function, there is the hot heating function of storage, Complete machine simple (not using frequency conversion system), durable (refrigeration system is totally-enclosed, never leak fluorine), good and cheap, save and can expend.It is The necessary product that the product that the town and country common people removed to a new house are badly in need of, Ye Shi government and public building energy reduce discharging.
Accompanying drawing illustrates:
Fig. 1 is enforcement structural representation of the present utility model
1. coiled storage heat exchanger in figure;2. store hot solution feed pump;3. propeller motor;4. liquid phase insulating tube;5. vapour Phase insulating tube;6. store hot liquid phase valve;7. store hot vapour phase valve;8. double-tube heat exchanger;9. heat exchanger;10. cryogenic compressor; 11. liquid phase valves;12. recovery evaporators;13. electric expansion valves;14. recuperation of heat capillary tubies;15. micro-tube pumps;16. storage heat Electromagnetic valve;17. pallets;18. electromagnetic valves;19. reservoir compartments;20. capillary tubies;21. heat pump compressors;22. compression chamber entrances;23. Check valve;24. compression chamber outlets;25. rotary double cylinder heat pumps;26. vapour liquid separators;27. heat exchangers;28. indoor apparatus of air conditioner; 29. vaporizers;3O. Intelligent control board;31. condensers;32. heating valves;33. outdoor machine fans;34. water film evaporation devices;35. Defrost valve;36. kind of refrigeration cycle pumps;37. three-way magnetic valves;38. storage hot-tubs;39. circulating pumps;40. hot water barrels;41. floor heatings; 42. pipe allotters.
Detailed description of the invention
In order to be able to further appreciate that the technical solution of the utility model, combine accompanying drawing by following example new to this practicality Type is described further.
Embodiment 1
Trough-electricity energy storage is applied
Factor, employing water pump circulating transfer heat in view of building height take electricity, the phase transformation of native system employing advanced person very much Formula heat transfer, utilize advantage that vapor transmission pressure reduction is the least, make heat transmission consume energy hardly.
After ten o'clock of evening, electric-controlled plate program enters the propeller electricity in trough-electricity energy storage, now storage hot-tub 38 Motivation 3 rotates, and drives liquid to stir from lower to upper, stores hot solution feed pump 2 simultaneously and start, the refrigeration in coiled storage heat exchanger 1 Agent inputs in the double-tube heat exchanger 8 of each heat pump, and the heat pump of the most each family is also automatically set to energy storage pattern, will store hot liquid phase valve 6, Store hot vapour phase valve 7 to open, electromagnetic valve 18, liquid phase valve 11, electric expansion valve 13 are opened, by outdoor machine fan 33, low temperature compression Machine 10, heat pump compressor 21 start, and now condenser also uses when vaporizer, and compressor absorbs the gas, compressed of vaporizer Machine input after heating up double-tube heat exchanger 8 outer layer sleeve, the refrigerating fluid of inner tube is vaporized, the gas that produces is through vapour phase insulating tube In the coiled storage heat exchanger 1 that 5 transport to store in hot pond, passing in storage hot-tub 38 by heat, gas is condensed into liquid, week and Renewing, cryogenic compressor 10 intracavity space is bigger than national standard, detects its electric current, temperature by Intelligent control board 30, by electricity Sub-expansion valve adjusts cold-producing medium quantity delivered, thus increases compressor at the low pressure that sucks, the low Thermogenesis discharging pressure operating mode.
The liquid condensed in the outer tube of double-tube heat exchanger 8, the reservoir flowing into recovery evaporator 12 through liquid phase valve 11 Chamber, by the sensible heat transfer of cold-producing medium to intracavity recovery evaporator 12 so that it is tube refrigerant vaporizes, and manages outer refrigerating fluid and is cooled After, flow through electric expansion valve 13, refrigerating fluid is all assigned to each vaporizer through pipe allotter, goes round and begins again;Reservoir compartment 19 can be Chamber, it is also possible to be the sleeve pipe being enclosed within outside exchange coil pipe.
Embodiment 2
Collecting and distributing type heats
The propeller rotational that system entered heat supply heating, store in hot pond daytime, refrigerant vapour is full of vapour phase insulating tube 5 In, there is the user of heating demand, after pressing heating key, hot for the storage at this family liquid phase valve 6 and the hot vapour phase valve 7 of storage are opened by system, sleeve pipe The inner tube of formula heat exchanger 8 is filled with steam, and now storage thermoelectrical magnetic valve 16 is opened by system, starts heat pump compressor 21, now Steam in double-tube heat exchanger 8 outer tube is inhaled into heat pump compressor 21, the compressed generation high-temperature gas that heats up is delivered to heat supply and handed over In the coil pipe of parallel operation 9, to circulating water heating, the water after intensification is through circulating pump 39, through three-way magnetic valve 37, through heating valve 32 to room Interior floor heating 41 circulation heating, backwater flows into the upper entrance of heat exchanger 9, the heat exchange of the heat exchanger 9 that goes round and begins again After steam condensation in coil pipe, flow into the reservoir compartment 19 of recovery evaporator from the bottom mouth of pipe, after release sensible heat, by reservoir compartment 19 Bottom flow to the bottom liquid inlet mouth heat absorption evaporation of the outer coil pipe of coil heat exchanger 8 through electromagnetic valve 18 and capillary tube 20, goes round and begins again.
When there being cold wave to arrive, outdoor temperature spy is low, and intelligent electric-controlled making sheet 30 detects when the hot temperature of storage is not good enough, can automatically open Dynamic cryogenic compressor 10, opens electromagnetic valve 18, appropriateness opens electric expansion valve 13, starts indoor apparatus of air conditioner 28, for indoor increase Heat supply.
Embodiment 3
The refrigeration of low energy consumption
This is a kind of water circularly cooling, and electric-controlled plate is according to ambient temperature, or refrigeration is divided into by the instruction of people, and more than 32 degree are Qiang Leng, less than 32 degree is general refrigeration.
General refrigerating section is not required to out rotary double cylinder heat pump 25, need only drive outdoor machine fan 33, kind of refrigeration cycle pump 36, open micro- Type pipeline pump 15, refrigerating fluid is divided equally through pipe allotter 42, and the bottom entering first row vaporizer 27 and second row vaporizer 27 is entered Liquid mouth;Being all some groups owing to often arranging vaporizer and connect, under hot wind action, steam production is big especially, and gas rises to accordingly Vapour liquid separator 26, enter first row condenser 31 and vapour liquid separator 26 through check valve 23, due to first row condenser 31 The cold wind effect produced by water film evaporation device 34, its condensation temperature is less than evaporating temperature, promotes evaporation aggravation, makes vaporizer aluminum On fin, temperature declines further, makes moisture in air separate out, and the air reducing temperature and humidity enters second row vaporizer 29 and the down cycles circle that constitutes of second row condenser 31 after, the temperature of air is got back and is declined, subsequently into moisture film further Vaporizer 34, makes the temperature of water decline further, and the water of this low temperature is recycled in the indoor apparatus of air conditioner 28 of indoor, available perseverance The comfortable cool breeze of constant temperature and humidity.
When ambient temperature is higher than 32 degree, and system starts rotation twin-tub heat pump 25, still opens micro-tube pump 15 and off-premises station wind Fan 33, in like manner owing to condenser 31 is by the cold wind action of water film evaporation device 34, the gas between condenser 31 and vaporizer 29 Pressure reduction is the least, and therefore the power of rotary double cylinder heat pump 25 is the least, is usually no more than the power consumption of equal refrigeration work consumption air-conditioning 1/5th.
Embodiment 4
Four-season hot-water
Thering is provided domestic hot-water to have several modes, free by user, but system provides a kind of basic model, this pattern works Time, electromagnetic valve 18 is obtained electric opening, starts circulating pump 39. outdoor machine fan 33, heat pump compressor 21, heat pump compressor 21 by system Ceaselessly by vaporizer 29 and condenser 31, absorbing the heat in air, compression heats up and passes through 9 heats of heat exchanger To recirculated water, after steam condensation, refrigerating fluid, bottom the coil pipe of heat exchanger 9, flows into the reservoir compartment of recovery evaporator 12 19, after release sensible heat, flow into vaporizer 29 through electric expansion valve 13 and go round and begin again, along with the continuous rising of circulating water temperature, circulation 39 heats of pump are constantly transferred in hot water barrel 40, until shutting down to fixed temperature.
Embodiment 5
Intelligent steward
One good energy-conserving product is it is necessary to have a good control system, and this Intelligent control board 30 has removed equipment fortune Outside row complete monitoring, display, it is also possible to the electricity consumption of family, can the moon, week, day inquiry, this user can be carried to storing hot pond every day Supplied how many heats, every day again from store hot pond remove how many heats have accumulative, indication people's surplus to be had, over-expense the end of month clearing Can impose a fine.Making people form a kind of awareness of saving energy, native system is to use 89C51 to complete this Intelligent steward task.
Embodiment 6
Lv Tai community
Not necessarily Lv Tai community, the community of one energy-saving low-carbon, season works as water storage by the hot pond of storage in room, every building in non-heating Pond with (because of heating season plant the most just rest period, need not water).After the beginning of spring, rainwater and Zhong Shui (different because of region) are collected, For to the drip irrigation of trees flowers and plants vegetation or sprinkling irrigation, by full for corner, the roadside kind of community various trees, depressed Cong Cong, have water trees Growing vigorous, be filled with life, the most therefore air moistens, be filled with trees delicate fragrance, how pleasant such community is.

Claims (9)

1. realize the heat pump of Lv Tai community, including each household heat pump, storage hot-tub, bushing type storage heat exchanger, transmission The liquid phase insulating tube of heat energy, vapour phase insulating tube and be connected with each household heat pump by liquid phase insulating tube, vapour phase insulating tube Electromagnetic valve, is characterized in that described each household heat pump is by double-tube heat exchanger, heat exchanger, cryogenic compressor, heat pump compression Machine, vaporizer, condenser, water film evaporation device and rotary double cylinder heat pump and electric expansion valve, recovery evaporator, intelligence Panel forms;Described recovery evaporator is made up of the built-in heat exchanger coil of reservoir compartment;One end first quarter of heat exchanger coil Flow tube is connected with electronic expansion valve inlet, the other end of heat exchanger coil is connected with the steam inlet pipe of heat pump compressor, recuperation of heat is steamed The upper end of reservoir compartment sending out device is connected through electromagnetic valve with the outer coil pipe lower end of double-tube heat exchanger, described recovery evaporator upper end Opposite side is connected with the outlet of heat exchanger lower end;The reservoir compartment lower end of described recovery evaporator and electronic expansion valve inlet phase Even, the opposite side of reservoir compartment lower end is connected with the outer coil pipe lower end of double-tube heat exchanger, described reservoir compartment and described double-tube heat exchanger Between be provided with after capillary tube and electromagnetic valve are connected and be connected.
Realize the heat pump of Lv Tai community the most according to claim 1, if it is characterized in that described vaporizer, condenser by Dry row's coiled pipe aluminum cold face temperature etc. is constituted, and vaporizer is corresponding with the row of condenser, and is distributed in described water film evaporation Two sides of device, described vaporizer is located at air intake, and outlet air end is located at by described condenser, and refrigerating fluid is all given through pipe dispensing head and often arranged The bottom inlet of vaporizer and condenser liquid-phase tube;The bottom mouth of pipe often organizing heat exchanger is all connected with liquid-phase tube, liquid-phase tube Top is connected with the bottom of vapour liquid separator;The upper outlet often organizing heat exchanger is all connected with vapour phase pipe, the top of vapour phase pipe goes out The top of mouthful insertion vapour liquid separator also fixing with the bottom of vapour liquid separator cavity is connected.
Realize the heat pump of Lv Tai community the most according to claim 1, it is characterized in that described cryogenic compressor is controlled by intelligence Making sheet detects its electric current, temperature, adjusts cold-producing medium quantity delivered by electric expansion valve.
The heat pump realizing Lv Tai community the most according to claim 1 or claim 2, is characterized in that the vapour-liquid on described vaporizer top Separator is connected with a compression chamber entrance of rotary double cylinder heat pump, the vapor-liquid separation exporting and being located on condenser of compression chamber Device is connected, and between the outlet of the compression chamber of described rotary double cylinder heat pump and compression chamber entrance and be provided with check valve, is located at described cold Vapour liquid separator on condenser has an electromagnetic valve with the entrance of described heat pump compressor, another compression of described rotary double cylinder pump Chamber entrance is connected with the vapour liquid separator being located on vaporizer, and another compression chamber of described rotary double cylinder pump exports and is located at it Vapour liquid separator on corresponding condenser is connected, between the outlet of the compression chamber of described rotary double cylinder pump and compression chamber entrance and connect The vapour liquid separator being provided with on check valve, and condenser is connected with the entrance of cryogenic compressor.
The heat pump realizing Lv Tai community the most according to claim 1 or claim 2, if it is characterized in that, described water film evaporation device includes The low finned tube composition of faulting column distribution pressed by dry root ppR pipe, water overflows, along whole from the gap of every, upper end PPR pipe Under individual outer tube wall surface current, by the collection tray of bottom.
6. according to claim 1 or 3, realize the heat pump of Lv Tai community, it is characterized in that described Intelligent control board has family formula Freeze, heat, manufacture hot water shows and controls, and also includes heat storage archives, user with trough-electricity start shooting, storage heat, user's house heating energy, Deposit, owe inquiry.
Realize the heat pump of Lv Tai community the most according to claim 1, it is characterized in that described double-tube heat exchanger to include greatly managing It is cold-producing medium, in phase transformation operating conditions in the space that inner sleeve tubule, interior tube space and outer tube wall and outer wall of inner tube are constituted.
Realize the heat pump of Lv Tai community the most according to claim 1, it is characterized in that the hot pond of described storage, be a kind of by one The heat pump collecting and distributing type of some families, room house controls, utilizes trough-electricity in evening to absorb air energy, will through tube-in-tube heat exchanger Heat is passed to liquid phase insulating tube and vapour phase insulating tube, through liquid phase insulating tube and vapour phase insulating tube, heat energy is reached underground heat storage pond Bushing type storage heat exchanger, through propeller motor agitation, constantly heat reach in water concentrate storage;Next day is again through bushing type Storage heat exchanger, through propeller motor agitation, constantly heat through liquid phase insulating tube and vapour phase insulating tube pass to each household, again by The heat pump warm-up heating of each household.
9., according to the described heat pump realizing Lv Tai community of one of claim 1,8, it is characterized in that described bushing type storage heat is handed over Parallel operation is the heat exchanger being made up of some circle coil pipes, described bushing type storage heat exchanger be located at storage hot pond in the middle part of, and coil in Outside propeller, vapour phase insulating tube is connected with the top of bushing type storage heat exchanger, liquid phase insulating tube and coil heat exchanger Bottom is connected, and liquid phase insulating tube is provided with the hot solution feed pump of storage.
CN201620437688.4U 2016-05-13 2016-05-13 Realize the heat pump of Lv Tai community Withdrawn - After Issue CN205825490U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620437688.4U CN205825490U (en) 2016-05-13 2016-05-13 Realize the heat pump of Lv Tai community

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620437688.4U CN205825490U (en) 2016-05-13 2016-05-13 Realize the heat pump of Lv Tai community

Publications (1)

Publication Number Publication Date
CN205825490U true CN205825490U (en) 2016-12-21

Family

ID=57557739

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620437688.4U Withdrawn - After Issue CN205825490U (en) 2016-05-13 2016-05-13 Realize the heat pump of Lv Tai community

Country Status (1)

Country Link
CN (1) CN205825490U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105783332A (en) * 2016-05-13 2016-07-20 李建华 Heat pump system capable of achieving green-state community

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105783332A (en) * 2016-05-13 2016-07-20 李建华 Heat pump system capable of achieving green-state community
CN105783332B (en) * 2016-05-13 2019-04-16 李建华 Realize the heat pump system of green state cell

Similar Documents

Publication Publication Date Title
CN101236024B (en) Improved steam compression type refrigeration system and uses thereof
CN110056936B (en) Off-peak electricity heat storage cascade heat pump heat supply method
CN103292393A (en) Solar photovoltaic photo-thermal complex conditioner
CN107576093A (en) The devices and methods therefor of solar energy absorption collection heating and cooling water purification integration
CN104930577A (en) Double-effect heat supply device of low-temperature superconducting source heat pump
CN102410675B (en) Over-cooling device and over-cooling method for evaporative condensation type refrigeration system
CN202442435U (en) Solar photovoltaic and photo-thermal combined type air conditioner
CN205825490U (en) Realize the heat pump of Lv Tai community
CN105571193A (en) Heat pump application and energy storage system
CN205048782U (en) Compression and integrative unit of absorption formula dual intensity source combination cold -storage refrigeration
CN202328942U (en) Supercooling device for evaporative condensate type refrigeration system and method thereof
CN205245634U (en) Solar energy adsorbs formula contact process prepares ice thick liquid device
CN106802024A (en) A kind of heat pump air conditioner and domestic hot-water's association system based on phase-change accumulation energy
CN104633987B (en) Solar heat pump heating system with self-driven separated heat pipe energy storage device and control method
CN209893505U (en) Electric heat accumulating type cold and hot combined supply system based on composite phase change heat accumulation material
CN109520052B (en) Renewable energy source heat pump system suitable for energy-saving reconstruction of existing residential building
CN110030765A (en) A kind of dry heating cooling supply composite system
CN201262495Y (en) Novel cold, heat, hot water and fresh water co-generation system of sea water heat pump
CN105783332B (en) Realize the heat pump system of green state cell
CN207751180U (en) A kind of cascade refrigeration defrosting water heater
CN202770081U (en) Solar auxiliary thermal source tower heat pump system
CN205909423U (en) Reduce heat pump system that public building carbon was arranged
CN102705927B (en) A kind of ice conserve cold accumulation of heat super low temperature heat pump air-conditioning
CN104990176B (en) Steam can couple air-conditioning system with source of sewage
KR20130112394A (en) High-efficiency heat pump equipment hayibeurideusik

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned
AV01 Patent right actively abandoned

Granted publication date: 20161221

Effective date of abandoning: 20190416