CN106091467B - A kind of wind pipe type CO2 air conditioner and heat pump units - Google Patents
A kind of wind pipe type CO2 air conditioner and heat pump units Download PDFInfo
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- CN106091467B CN106091467B CN201610682013.0A CN201610682013A CN106091467B CN 106091467 B CN106091467 B CN 106091467B CN 201610682013 A CN201610682013 A CN 201610682013A CN 106091467 B CN106091467 B CN 106091467B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/52—Heat recovery pumps, i.e. heat pump based systems or units able to transfer the thermal energy from one area of the premises or part of the facilities to a different one, improving the overall efficiency
Abstract
The invention discloses a kind of wind pipe type CO2Air conditioner and heat pump unit, including first gas cooler, second gas cooler, liquid four-way reversing valve, gas-liquid separator, regenerator, compressor, injector, gas four-way reversing valve, evaporator and air-valve；The present invention realizes the magnetic valve by controlling unit, the patten transformation can be freezed, heat, defrost, to dehumidify by rationally setting system flow.So that unit is full-featured, daily need is met；The present invention utilizes air-valve and second gas cooler combination, instead of the electric heater in legacy system, reduces electrical heating this energy consumption, improves the performance of system；The present invention uses CO2As the working medium of system, CO2Belong to inert gas, it is nontoxic non-stimulated.
Description
Technical field
The invention belongs to technical field of air-conditioning heat pumps, more particularly to a kind of wind pipe type CO2Air conditioner and heat pump unit.
Background technology
Airduct unit is will to be connected between an outdoor unit and an indoor set with copper pipe, from cold wind caused by indoor set
(warm wind) draws ajutage and leads to each room, then sends indoor set back to by backwind tube, through cooling down (heating) and mixing portion is new
Sent out again after wind, be a kind of central air-conditioning of brand-new air system.Energy-saving effect is obvious, and air pipe air conditioner source pump belongs to direct-cooled
Formula system, evaporating temperature is higher, and in the case where other conditions are certain, the efficiency and energy of unit can be improved by improving evaporating temperature
Effect ratio.Wind pipe type unit air-conditioner unit capacity is larger, disclosure satisfy that refrigeration (heat) requirement in the more rooms in a family, it is very square to supplement fresh air
Just, sending the arrangement in air port back to can need flexibly to carry out according to finishing, and indoor cold-hot wind is evenly distributed, air ambient comfort level
It is higher.The use of the supply air system of wind pipe type unit air-conditioner unit is extremely widespread in the U.S., be suitable for U.S. room it is tall and big it is spacious,
Extensive individual demand.In recent years, such a air-conditioner set also had not in some economically developed big cities such as Beijing, Shanghai etc.
Few uses example, particularly some high-grade villa buildings.But its shortcoming is mainly that noise is larger, it is sometimes desirable to considers noise reduction
Measure.System installation is more complicated, and certain interior space should be taken by sending the arrangement of airduct back to, and interior is hung item and matched therewith again
Close, indoor set is also required to take certain careat or space, to place, to be less suitable for the national conditions of China.Send in each room
Return air also brings the problem of epidemic disaster is not easy to adjust in each room room, certainly while indoor environment comfort level is improved
Motorized adjustment air-valve can be used, this another aspect adds system cost, also increases the difficulty of system fading margin and control in addition
Degree and complexity, it is spend and inconvenient after all for family's use more.
Wind pipe type unit air-conditioner unit mainly has two kinds of typical mounting means according to its difference for heating mode：One kind side
Formula is to use air-cooled heat pump type Split cabinet type air-conditioner set, and indoor cabinet is aided in inject formula heater, it is possible to provide 5kw-
20kw electric heating increment, the conversion of summer in winter operating mode is realized by the commutation of four-way valve；Another typical mounting means is room
Interior machine is combined into high efficiency burnt gas heating furnace, system humidifier and electronic filter, and outdoor unit is then air-cooled single cold type, with Summer and winter
Cooling or heat supply are realized in the conversion of section.Electronic filter is arranged on return air house steward, and humidifier is installed on header pipe, is used
To add water vapour into wind pushing air in heat supply mode, the humidity of room air is improved.
Traditional air-duct-type air-conditioner source pump, mostly using traditional working medium such as R22, R134a, the feature of environmental protection is poor, faces
The trend being gradually eliminated.System is when running dehumidification mode, it is necessary to assisted heating device be opened, to the air progress after dehumidifying
Heating, to reach comfortable temperature.On the one hand such assisted heating device makes system become complicated, add equipment cost,
On the other hand, energy consumption during system operation is improved, makes the reduction of system heating efficiency.In addition, traditional air-duct-type air-conditioner heat pump
Unit operating pressure is relatively low, and using the energy-saving effect unobvious of injector, substantial amounts of expansion work is wasted, and systematic function is relatively low.
The content of the invention
It is an object of the invention to provide a kind of wind pipe type CO2Air conditioner and heat pump unit, utilize CO2Heat pump pattern is heated,
By changing gas four-way reversing valve and liquid four-way reversing valve, refrigeration mode can be directly translated into.It is not required under dehumidification mode
Electrical heating is wanted, air-valve is opened, and second gas cooler accesses indoor wind path, and the air after dehumidifying is heated, reached
Suitable temperature.System utilizes an eductor as booster pump, and systematic function is higher.
To achieve these goals, the technical solution adopted by the present invention is：
A kind of wind pipe type CO2Air conditioner and heat pump unit, including first gas cooler, second gas cooler, liquid four-way
Reversal valve, gas-liquid separator, regenerator, compressor, injector, gas four-way reversing valve, evaporator and air-valve；Liquid four-way changes
Include m ports, n ports, p ports and the port of q ports four to valve；Gas four-way reversing valve includes a ports, b ports, c ports
With the port of d ports four；The c ports of the outlet connection gas four-way reversing valve of compressor, a ports connection second gas cooler
Entrance；The entrance of the outlet connection first gas cooler of second gas cooler, the outlet connection of first gas cooler
The p ports of liquid four-way reversing valve；Q ports connect the second entrance of regenerator, are then attached to the nozzle of injector；Injector
Outlet connection gas-liquid separator entrance, gas-liquid separator liquid outlet connection liquid four-way reversing valve m ports, liquid
The entrance of the n ports connection evaporator of four-way reversing valve, the b ports of the outlet connection gas four-way reversing valve of evaporator, gas
The ejecting port of the d ports connection injector of four-way reversing valve；The first entrance of the gas vent connection regenerator of gas-liquid separator,
It is then attached to the entrance of compressor；Air-valve is used to control whether second gas cooler is accessed in airduct.
Further, air-valve can left and right stir, at the left side for close, on the right when for open；Air-valve is opened, and second
In gas cooler access airduct；Air-valve is closed, and second gas cooler is not accessed in airduct.
Further, including refrigeration mode：A ports are connected in the c ports of gas four-way reversing valve, and d ports are connected in b ports；
Q ports are connected in the p ports of liquid four-way reversing valve, and n ports are connected in m ports；Air-valve is in the left side.
Further, working medium is after the compression of compressor, passes through the road of the c ports of gas four-way reversing valve to a ports
Footpath enters second gas cooler, then by first gas cooler, by the p ports to q ports of liquid four-way reversing valve
Path, the second entrance of regenerator is flowed to, subsequently into the nozzle of injector, after injector interior and driving fluid mixing
Into gas-liquid separator；Liquid working substance flows out from the liquid outlet of gas-liquid separator, and subsequently into evaporator, working medium is through pervaporation
Become driving fluid after device, into the ejecting port of injector；Gas working medium flows out from the gas vent of gas-liquid separator, from backheat
The first entrance of device flows into, and by regenerator, eventually passes back to the entrance of compressor.
Further, including heating mode：The a ports connection d ports of gas four-way reversing valve, c ports connection b ports；
The m ports connection p ports of liquid four-way reversing valve, n ports connection q ports；Air-valve is in the left side.
Further, working medium is after the compression of compressor, passes through the road of the c ports of gas four-way reversing valve to b ports
Footpath enters evaporator, then by the n ports-q port paths of liquid four-way reversing valve, enters back from the second entrance of regenerator
Hot device, then working medium enter injector nozzle, mix driven fluid, into gas-liquid separator；Liquid working substance divides from gas-liquid
Liquid outlet from device flows out, and then flows into first gas cooler successively and second gas cooler, working medium become flow type pump with injection
Body, the ejecting port of injector is entered by the path of a ports to the d ports of gas four-way reversing valve；Gas working medium divides from gas-liquid
Gas vent from device flows out, and is flowed into from the first entrance of regenerator, by regenerator, eventually passes back to the entrance of compressor.
Further, including dehumidification mode：A ports are connected in the c ports of gas four-way reversing valve, and d ports are connected in b ports；
Q ports are connected in the p ports of liquid four-way reversing valve, and n ports are connected in m ports；Air-valve is in the right.
Further, working medium is after the compression of compressor, passes through the road of the c ports of gas four-way reversing valve to a ports
Footpath enters second gas cooler, then by first gas cooler, by the p ports to q ports of liquid four-way reversing valve
Path, the second entrance of regenerator is flowed to, subsequently into the nozzle of injector, after injector interior and driving fluid mixing
Into gas-liquid separator；Liquid working substance flows out from the liquid outlet of gas-liquid separator, and subsequently into evaporator, working medium is through pervaporation
Become driving fluid after device, into the ejecting port of injector；Gas working medium flows out from the gas vent of gas-liquid separator, from backheat
The first entrance of device flows into, and by regenerator, eventually passes back to the entrance of compressor.
Further, the liquid outlet of gas-liquid separator connects the m ports of liquid four-way reversing valve by choke valve.
Further, using CO2As working medium.
Compared with prior art, the present invention has following beneficial effect：
Pressurized working fluid enters injector nozzle, and expansion decompression accelerates, and pressure energy is converted into kinetic energy.Meanwhile low pressure
Saturated vapor is mixed in mixing chamber together as driven fluid by injector ejecting port, and working fluid, and decompression accelerates,
Then boosting and slow down in diffusion room, kinetic energy is converted into pressure energy, so as to adherence pressure, more supernumerary segment while improving unit performance
Energy.
Further, using air-valve and second gas cooler combination, the electric heater in legacy system is instead of, is reduced
This energy consumption of electrical heating, has saved system cost, improves the performance of system；Pass through the regulation to valve area, Ke Yigeng
Good regulation room temperature, makes environment more comfortable.
Further, by controlling the magnetic valve of unit, the patten transformation that can be freezed, heat, defrost, dehumidifies,
So that unit is full-featured, daily need is met.
Further, CO2Belong to inert gas, it is nontoxic non-stimulated；Good security and chemical stability, safe nothing
Poison, it is non-combustible, even if not decomposing generation pernicious gas at high temperature yet；It is 1, CO to global warming potential index GWP2It is not required to
Want commercial synthesis, it is only necessary to can is extracted in an atmosphere, it is easy to use；Meanwhile it makees to atmospheric ozone layer without any broken ring
With ODP 0.Also, CO2Superior thermophysical property itself and good migration characteristic also are adapted for it as refrigeration work
Matter.
Further, heating mode of the present invention uses CO2Heat pump pattern, energy utilization rate is higher, more saves.CO2Evaporation
Latent heat is larger, and refrigerating effect per unit swept volume is high, has excellent flowing and heat-transfer character, is significantly reduced the size of system, makes whole
Individual system closely, it is larger to solve the problems, such as that air-duct-type air-conditioner takes up an area to a certain extent.Utilize an eductor as booster pump
With obvious advantage, the expansion work of high-pressure working medium can be converted into kinetic energy, kinetic energy then is changed into pressure energy again is reclaimed,
To improve performance of refrigerant systems.Injector has the advantages that simple in construction, cost is low, movement-less part, adaptation two phase flow operating mode.
CO2The operating pressure of air conditioner heat pump system is higher, and injector energy-saving effect is more obvious.The present invention is by CO2The outstanding environmental protection of heat pump
Performance and the energy-efficient effect of injector are combined together, and meet the requirement at present to air-duct-type air-conditioner heat pump, are had important
Energy-conserving and environment-protective meaning, and have a wide range of application.
Brief description of the drawings
Fig. 1 is a kind of structural representation of wind pipe type CO2 air conditioner and heat pump units of the present invention；
Fig. 2 is the structural representation under a kind of wind pipe type CO2 air conditioner and heat pump unit refrigeration modes of the present invention；
Fig. 3 is the structural representation under a kind of wind pipe type CO2 air conditioner and heat pump unit heating modes of the present invention；
Fig. 4 is the structural representation under a kind of wind pipe type CO2 air conditioner and heat pump unit systems defrosting (dehumidifying) pattern of the present invention.
Embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Referring to Fig. 1, a kind of wind pipe type CO2 air conditioner and heat pump units, including the cooling of first gas cooler 1, second gas
Device 2, liquid four-way reversing valve 3, gas-liquid separator 4, regenerator 5, compressor 6, injector 7, gas four-way reversing valve 8, evaporation
Device 9, air-valve 10 and choke valve 11；Liquid four-way reversing valve 3 includes m ports 16, n ports 17, p ports 18 and q ports 19 4
Port；Gas four-way reversing valve 8 includes a ports 12, b ports 13, c ports 14 and the port of d ports 15 4；Compressor 6 goes out
The c ports of mouth connection gas four-way reversing valve 8, the entrance of a ports connection second gas cooler 2；Second gas cooler 2
The entrance of outlet connection first gas cooler 1, the p ends of the outlet connection liquid four-way reversing valve 3 of first gas cooler 1
Mouthful；Q ports connect the second entrance of regenerator 5, and the second outlet of regenerator 5 is connected to the nozzle of injector 7；Injector 7
The entrance of outlet connection gas-liquid separator 4, the liquid outlet of gas-liquid separator 4 connect liquid four-way by choke valve 11 and commutated
The m ports of valve 3, the entrance of the n ports connection evaporator 9 of liquid four-way reversing valve, the outlet connection gas four-way of evaporator 9
The b ports of reversal valve 8, the ejecting port of the d ports connection injector 7 of gas four-way reversing valve 8；The gas of gas-liquid separator 4 goes out
The first entrance of mouth connection regenerator 5, the first outlet of regenerator 5 are connected to the entrance of compressor 6；Air-valve 10, the and of evaporator 9
Second gas cooler is arranged in airduct 20, and air-valve 10 is used to control whether second gas cooler 2 is accessed in airduct 20.
Air-valve 10 can left and right stir, at the left side for close, on the right when for open；Air-valve 10 is opened, second gas
Cooler 2 is accessed in airduct；Air-valve 10 is closed, and second gas cooler 2 is not accessed in airduct.
In order to ensure that unit meets the needs of cooling, heat supply when environment temperature changes, solve dehumidifying and defrosting ask
Topic, the present invention are provided with three kinds of operational modes：
Refrigeration mode：Referring to Fig. 2, a ports 12 are connected in the c ports 14 of gas four-way reversing valve 8, d is connected in b ports 13
Port 15；Q ports 19 are connected in the p ports 18 of liquid four-way reversing valve 3, and n ports 17 are connected in m ports 16；Air-valve 10 is in the left side
Closed mode, second gas cooler 2 are not accessed in airduct.Working medium is commutated after the compression of compressor 6 by gas four-way
The path of the c ports 14 of valve 8 to a ports 12 enters second gas cooler 2, then by first gas cooler 1, by liquid
The path of q ports 19 is arrived in the p ports 18 of body four-way reversing valve 3, the second entrance of regenerator 5 is flowed to, subsequently into injector 7
Nozzle, enter gas-liquid separator 4 after injector interior and driving fluid mixing；Liquid of the liquid working substance from gas-liquid separator 4
Outlet outflow, by choke valve 11, subsequently into evaporator 9, working medium becomes driving fluid after evaporator 9, into injection
The ejecting port of device 7；Gas working medium flows out from the gas vent of gas-liquid separator 4, flows into, passes through from the first entrance of regenerator 5
Regenerator 5, eventually pass back to the entrance of compressor 6.
Heating mode：Referring to Fig. 3, a ports 12 of gas four-way reversing valve 8 connect d ports 15, c ports 14 connect b
Port 13；The m ports 16 of liquid four-way reversing valve 3 connect p ports 18, and n ports 17 connect q ports 19；Air-valve 10 is in the left side
Closed mode, second gas cooler 2 are not accessed in airduct.Working medium is commutated after the compression of compressor 6 by gas four-way
The path of the c ports 14 of valve 8 to b ports 13 enters evaporator 9, then passes through the n ports 17-q ports of liquid four-way reversing valve
19 paths, enter regenerator 5 from the second entrance of regenerator 5, then working medium enters the nozzle of injector 7, mixes by flow type pump with injection
Body, into gas-liquid separator 4；Liquid working substance flows out from the liquid outlet of gas-liquid separator 4, by choke valve 11, then successively
First gas cooler 1 and second gas cooler 2 are flowed into, working medium becomes driving fluid, passes through a of gas four-way reversing valve 8
The path of port 12 to d ports 15 enters the ejecting port of injector 7；Gas working medium flows out from the gas vent of gas-liquid separator 4,
Flowed into from the first entrance of regenerator 5, by regenerator 5, eventually pass back to the entrance of compressor 6.
Dehumidification mode：Referring to Fig. 4, a ports 12 are connected in the c ports 14 of gas four-way reversing valve 8, d is connected in b ports 13
Port 15；Q ports 19 are connected in the p ports 18 of liquid four-way reversing valve 3, and n ports 17 are connected in m ports 16；Air-valve is in open shape
State, second gas cooler 2 are accessed in airduct.Working medium passes through the c of gas four-way reversing valve 8 after the compression of compressor 6
The path of port 14 to a ports 12 enters second gas cooler 2, then by first gas cooler 1, by liquid four-way
The path of q ports 19 is arrived in the p ports 18 of reversal valve 3, flows to the second entrance of regenerator 5, subsequently into the nozzle of injector 7,
Enter gas-liquid separator 4 after injector interior and driving fluid mixing；Liquid outlet stream of the liquid working substance from gas-liquid separator 4
Go out, by choke valve 11, subsequently into evaporator 9, working medium becomes driving fluid after evaporator 9, into drawing for injector 7
Loophole；Gas working medium flows out from the gas vent of gas-liquid separator 4, is flowed into from the first entrance of regenerator 5, by regenerator 5,
Eventually pass back to the entrance of compressor 6.
Claims (7)
- A kind of 1. wind pipe type CO2Air conditioner and heat pump unit, it is characterised in that cooled down including first gas cooler (1), second gas Device (2), liquid four-way reversing valve (3), gas-liquid separator (4), regenerator (5), compressor (6), injector (7), gas four-way Reversal valve (8), evaporator (9) and air-valve (10)；Liquid four-way reversing valve (3) includes m ports (16), n ports (17), p ports And the port of q ports (19) four (18)；Gas four-way reversing valve (8) includes a ports (12), b ports (13), c ports (14) and d The port of port (15) four；The c ports of the outlet connection gas four-way reversing valve (8) of compressor (6), a ports connect the second gas The entrance of body cooler (2)；The entrance of the outlet connection first gas cooler (1) of second gas cooler (2), first gas The p ports of the outlet connection liquid four-way reversing valve (3) of cooler (1)；The second entrance of q ports connection regenerator (5), backheat The nozzle of the second outlet connection injector (7) of device (5)；The entrance of the outlet connection gas-liquid separator (4) of injector (7), gas The m ports of the liquid outlet connection liquid four-way reversing valve (3) of liquid/gas separator (4), the n ports connection of liquid four-way reversing valve are steamed The entrance of device (9) is sent out, the outlet of evaporator (9) connects the b ports of gas four-way reversing valve (8), gas four-way reversing valve (8) The ejecting port of d ports connection injector (7)；The first entrance of the gas vent connection regenerator (5) of gas-liquid separator (4), is returned The first outlet of hot device (5) is connected to the entrance of compressor (6)；Air-valve (10) is used for whether controlling second gas cooler (2) Access in airduct；Air-valve (10) can left and right stir, at the left side for close, on the right when for open；Air-valve (10) is opened, second gas In cooler (2) access airduct；Air-valve (10) is closed, and second gas cooler (2) is not accessed in airduct；The liquid outlet of gas-liquid separator (4) connects the m ports of liquid four-way reversing valve (3) by choke valve (11)；The wind pipe type CO2Air conditioner and heat pump unit uses CO2As working medium.
- A kind of 2. wind pipe type CO according to claim 12Air conditioner and heat pump unit, it is characterised in that wind pipe type CO2Air conditioner heat When pump assembly is in refrigeration mode, a ports (12) are connected in the c ports (14) of gas four-way reversing valve (8), and b ports (13) connect d Port (15)；Q ports (19) are connected in the p ports (18) of liquid four-way reversing valve (3), and m ports (16) connect n ports (17)；Wind Valve (10) is closed, and second gas cooler (2) is not accessed in airduct.
- A kind of 3. wind pipe type CO according to claim 22Air conditioner and heat pump unit, it is characterised in that working medium passes through compressor (6) after compression, cooled down by the c ports (14) of gas four-way reversing valve (8) to the path of a ports (12) into second gas Device (2), then by first gas cooler (1), by the p ports (18) to q ports (19) of liquid four-way reversing valve (3) Path, the second entrance of regenerator (5) is flowed to, subsequently into the nozzle of injector (7), mixed in injector interior and driving fluid Enter gas-liquid separator (4) after conjunction；Liquid working substance flows out from the liquid outlet of gas-liquid separator (4), subsequently into evaporator (9), working medium becomes driving fluid after evaporator (9), into the ejecting port of injector (7)；Gas working medium is from gas-liquid separation The gas vent outflow of device (4), flows into from the first entrance of regenerator (5), by regenerator (5), eventually passes back to compressor (6) Entrance.
- A kind of 4. wind pipe type CO according to claim 12Air conditioner and heat pump unit, it is characterised in that wind pipe type CO2Air conditioner heat When pump assembly is in heating mode, a ports (12) connection d ports (15) of gas four-way reversing valve (8), c ports (14) connection b Port (13)；M ports (16) connection p ports (18) of liquid four-way reversing valve (3), n ports (17) connection q ports (19)；Wind Valve (10) is closed, and second gas cooler (2) is not accessed in airduct.
- A kind of 5. wind pipe type CO according to claim 42Air conditioner and heat pump unit, it is characterised in that working medium passes through compressor (6) after compression, evaporator (9) is entered by the path of c ports (14) to b ports (13) of gas four-way reversing valve (8), so Afterwards by n ports (17)-q ports (19) path of liquid four-way reversing valve, enter regenerator from the second entrance of regenerator (5) (5), then working medium enters the nozzle of injector (7), driven fluid is mixed, into gas-liquid separator (4)；Liquid working substance is from gas The liquid outlet outflow of liquid/gas separator (4), then flows into first gas cooler (1) and second gas cooler (2), work successively Driving fluid is changed into, injector (7) is entered by the path of a ports (12) to d ports (15) of gas four-way reversing valve (8) Ejecting port；Gas working medium flows out from the gas vent of gas-liquid separator (4), flows into, passes through from the first entrance of regenerator (5) Regenerator (5), eventually pass back to the entrance of compressor (6).
- A kind of 6. wind pipe type CO according to claim 12Air conditioner and heat pump unit, it is characterised in that wind pipe type CO2Air conditioner heat When pump assembly is in dehumidification mode, a ports (12) are connected in the c ports (14) of gas four-way reversing valve (8), and b ports (13) connect d Port (15)；Q ports (19) are connected in the p ports (18) of liquid four-way reversing valve (3), and m ports (16) connect n ports (17)；Wind Valve (10) is in open mode, and second gas cooler (2) is accessed in airduct.
- A kind of 7. wind pipe type CO according to claim 62Air conditioner and heat pump unit, it is characterised in that working medium passes through compressor (6) after compression, cooled down by the c ports (14) of gas four-way reversing valve (8) to the path of a ports (12) into second gas Device (2), then by first gas cooler (1), by the p ports (18) to q ports (19) of liquid four-way reversing valve (3) Path, the second entrance of regenerator (5) is flowed to, subsequently into the nozzle of injector (7), mixed in injector interior and driving fluid Enter gas-liquid separator (4) after conjunction；Liquid working substance flows out from the liquid outlet of gas-liquid separator (4), subsequently into evaporator (9), working medium becomes driving fluid after evaporator (9), into the ejecting port of injector (7)；Gas working medium is from gas-liquid separation The gas vent outflow of device (4), flows into from the first entrance of regenerator (5), by regenerator (5), eventually passes back to compressor (6) Entrance.
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| CN201610682013.0A CN106091467B (en) | 2016-08-17 | 2016-08-17 | A kind of wind pipe type CO2 air conditioner and heat pump units |
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| CN201610682013.0A CN106091467B (en) | 2016-08-17 | 2016-08-17 | A kind of wind pipe type CO2 air conditioner and heat pump units |
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| CN106091467B true CN106091467B (en) | 2018-01-05 |
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| CN108583204B (en) * | 2018-04-12 | 2019-05-24 | 西安交通大学 | A kind of CO2Air conditioner heat pump system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1828190A (en) * | 2005-02-28 | 2006-09-06 | 三洋电机株式会社 | Refrigerant cycle unit |
| CN203798116U (en) * | 2014-04-02 | 2014-08-27 | 广州九恒新能源有限公司 | Multifunctional dryer |
| CN104949390A (en) * | 2015-06-25 | 2015-09-30 | 西安交通大学 | Transcritical CO2 heat pump system for heating radiator heating |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4538892B2 (en) * | 2000-04-19 | 2010-09-08 | ダイキン工業株式会社 | Air conditioner using CO2 refrigerant |
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2016
- 2016-08-17 CN CN201610682013.0A patent/CN106091467B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1828190A (en) * | 2005-02-28 | 2006-09-06 | 三洋电机株式会社 | Refrigerant cycle unit |
| CN203798116U (en) * | 2014-04-02 | 2014-08-27 | 广州九恒新能源有限公司 | Multifunctional dryer |
| CN104949390A (en) * | 2015-06-25 | 2015-09-30 | 西安交通大学 | Transcritical CO2 heat pump system for heating radiator heating |
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Effective date of registration: 20220311 Address after: 315336 factory building-c7, 173 Binhai 2nd Road, Hangzhou Bay New District, Ningbo City, Zhejiang Province Patentee after: Ningbo Meike Carbon Dioxide Heat Pump Technology Co.,Ltd. Address before: Beilin District Xianning West Road 710049, Shaanxi city of Xi'an province No. 28 Patentee before: XI'AN JIAOTONG University |