CN208871906U - A kind of module air source heat pumps energy-saving unit of automatic drive device - Google Patents
A kind of module air source heat pumps energy-saving unit of automatic drive device Download PDFInfo
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- CN208871906U CN208871906U CN201821412382.9U CN201821412382U CN208871906U CN 208871906 U CN208871906 U CN 208871906U CN 201821412382 U CN201821412382 U CN 201821412382U CN 208871906 U CN208871906 U CN 208871906U
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Abstract
A kind of module air source heat pumps energy-saving unit of automatic drive device, belongs to heat pump unit field.Including evaporator, heating and refrigeration heat exchanger, gas-liquid separator, four-way valve and hot water heating heat exchanger；The four-way valve is connect with evaporator, heating and refrigeration heat exchanger, gas-liquid separator and hot water heating heat exchanger respectively, and evaporator connects liquid reservoir one end, and the liquid reservoir other end is connect by device for drying and filtering with heating and refrigeration heat exchanger；Gas-liquid separator is connect with compressor one end, and the compressor other end connects hot water heating heat exchanger.Electric power needed for the utility model can provide unit operation, it is self-sustaining that unit fully achieves power self-support, reaches real green energy conservation.
Description
Technical field
The utility model relates to heat pump unit field more particularly to a kind of module air source heat pumps energy-savings of automatic drive device
Unit.
Background technique
Change the universal of electrical engineering recently as coal, energy-efficient air source heat pump technical application is more and more extensive, especially
It is used in combination with solar energy, more energy-efficient purpose can be reached；Traditional equipment generally uses net for air-source heat pump units and solar energy
Loop heating system is formed with hot water storage tank respectively for collecting system or instant heating type heating system carries out accumulation of heat, and function is more single
One, in addition, many area electric power laying capacity are inadequate, increase-volume is relatively difficult；Based on above-mentioned traditional air source heat pumps energy-saving machine
Group pain spot in application process, be badly in need of innovation one kind can self-centered changes in temperature energy conservation unit, meet region environmental protection
The demand of the heating refrigeration and hot water of reducing energy consumption and grassroot project.
Utility model content
To solve the problems, such as that existing air source heat pumps energy-saving unit energy-saving effect is bad and has a single function, the utility model is mentioned
A kind of module air source heat pumps energy-saving unit of automatic drive device is supplied.
A kind of in order to achieve the above purposes, the technical solution adopted by the utility model is: module air-source of automatic drive device
Heat pump energy-conserving unit, including liquid reservoir, device for drying and filtering, evaporator, heating and refrigeration heat exchanger, photovoltaic generating module, gas-liquid point
It heats and wraps from device, four-way valve, compressor, hot water heating heat exchanger, electric storage means and photoelectricity；The interface C of the four-way valve and evaporation
Fan is arranged in the connection of device one end, evaporator lower section, and the evaporator other end connects liquid reservoir one end, and the liquid reservoir other end passes through drying
Filter is connect with heating and refrigeration heat exchanger one end, and the heating and refrigeration heat exchanger other end connects the interface B of four-way valve；Four-way valve
Interface D is connect by gas-liquid separator with compressor one end, and the compressor other end connects hot water heating heat exchanger one end, and hot water adds
The interface A of heat exchanger other end connection four-way valve；The external circulation line A connection heating and refrigeration heat exchanger of energy storage water tank；It washes
The external circulation line B connection hot water heating heat exchanger of bath water case；Photovoltaic generating module connects electric storage means, and electric storage means connects photoelectricity
Heating packet, photoelectricity heating packet connection circulation line B.
Further, the energy storage water tank is equipped with thermometer, safety valve and temperature sensor A, temperature sensor A connection
Intelligent controller；Freeze water return pipeline and heating water return piping connection triple valve B, and triple valve B is connected by heating refrigeration circulating pump
Energy storage water tank is connect, heating refrigeration circulating pump connects intelligent controller；Freeze water supply pipe and heating and supplying water piping connection triple valve
A, triple valve A connection energy storage water tank；Freeze and wind disk in end is set between water supply pipe and refrigeration water return pipeline；Heating and supplying water pipeline
End underground heat is set between heating water return pipeline.
Further, the circulation line A includes output pipe A and intake line A；Accumulation of energy water is set on output pipe A
Case heat cycles pump and heat pump heating refrigeration inflow temperature sensor, energy storage water tank heat cycles pump connection intelligent controller；It is defeated
Enter to be arranged on pipeline A heat pump heating refrigeration leaving water temperature sensors.
Further, the bath water tank is equipped with temperature sensor B, spray head water supply pipe and tap water pipe line, temperature
Sensor B connection intelligent controller.
Further, the circulation line B includes output pipe B and intake line B；Hot water is arranged on output pipe B to add
Hot recycle pump, hot water inflow temperature sensor and triple valve C, triple valve C connection photoelectricity heating packet, hot water inflow temperature sensor
Connect intelligent controller；Hot water effluent's temperature sensor and triple valve D, the heating of triple valve D connection photoelectricity are set on intake line B
Packet, hot water effluent's temperature sensor connect intelligent controller.
Further, the photovoltaic generating module includes solar heat-collection plate, confluence control cabinet and inverter, solar energy collection
Hot plate connection confluence control cabinet, confluence control cabinet connect inverter, and inverter connects electric storage means.
It further, further include intelligent controller；The intelligent controller be separately connected evaporator, electric storage means, compressor,
Solar heat-collection plate and confluence control cabinet.
Further, the electric storage means connect compressor.
Further, the evaporator is connect by pipeline A with liquid reservoir one end, and check valve, liquid reservoir are arranged on pipeline A
The other end connects device for drying and filtering, and device for drying and filtering connects throttle, throttle one end connecting line B and the one end pipeline C,
Check valve, pipeline C other end connecting line D and pipeline E are set on the pipeline B other end connecting line A, pipeline B, set on pipeline C
Set check valve, check valve is arranged on pipeline D in pipeline E connection heating and refrigeration heat exchanger, pipeline D connection liquid reservoir.
Further, the number of the end wind disk and end underground heat is respectively multiple.
The beneficial effects of the utility model are: photovoltaic generating module is arranged in unit, photovoltaic generating module connects bath water
The circulation line B that case stretches out, realizes self-service power supply technique, achievees the effect that heat supply in winter, four seasons supplying hot water, cooling in summer；Machine
Group can carry out heating and refrigeration simultaneously for bath water tank and energy storage water tank, realize unit functional diversities, meet electric power laying capacity
The requirement in inadequate and relatively difficult increase-volume area；Electric power needed for photovoltaic generating module can also provide unit operation, is realized
For device from driving, it is self-sustaining that unit fully achieves power self-support, reaches real green energy conservation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial structure diagram of the utility model.
1. end underground heat in figure, 2. end wind disks, 3. triple valve B, 4. triple valve A, 5. heating refrigeration circulating pumps, 6. temperature
Sensors A, 7. thermometers, 8. energy storage water tanks, 9. safety valves, 10. energy storage water tank heat cycles pump, 11. heat pump heatings freeze into
Water temperature sensor, 12. heat pump heatings refrigeration leaving water temperature sensors, 13. liquid reservoirs, 14. check valves, 15. devices for drying and filtering,
16. throttle, 17. fans, 18. evaporators, 19. heating and refrigeration heat exchangers, 20. photovoltaic generating modules, 21. gas-liquid separations
Device, 22. four-way valves, 23. compressors, 24. hot water heating heat exchangers, 25. triple valve C, 26. electric storage means, 27. triple valve D, 28.
Photoelectricity heating packet, 29. hot water inflow temperature sensors, 30. hot water effluent's temperature sensors, 31. hot water heating circulating pumps, 32.
Bath water tank, 33. intelligent controllers, 34. temperature sensor B, 35. solar heat-collection plates, 36. confluence control cabinets, 37. inversions
Device.
Specific embodiment
A kind of module air source heat pumps energy-saving unit of automatic drive device, including liquid reservoir 13, device for drying and filtering 15, evaporation
Device 18, heating and refrigeration heat exchanger 19, photovoltaic generating module 20, gas-liquid separator 21, four-way valve 22, compressor 23, hot water heating
Heat exchanger 24, electric storage means 26 and photoelectricity heating packet 28；The interface C of the four-way valve 22 is connect with 18 one end of evaporator, evaporator
Fan 17 is arranged in 18 lower sections, and 18 other end of evaporator connects 13 one end of liquid reservoir, and 13 other end of liquid reservoir passes through device for drying and filtering
15 connect with 19 one end of heating and refrigeration heat exchanger, and 19 other end of heating and refrigeration heat exchanger connects the interface B of four-way valve 22；Four-way valve
22 interface D is connect by gas-liquid separator 21 with 23 one end of compressor, and 23 other end of compressor connects hot water heating heat exchanger
24 one end, 24 other end of hot water heating heat exchanger connect the interface A of four-way valve 22；The external circulation line A connection of energy storage water tank 8
Heating and refrigeration heat exchanger 19；The external circulation line B connection hot water heating heat exchanger 24 of bath water tank 32；Photovoltaic generating module 20
Electric storage means 26 is connected, electric storage means 26 connects photoelectricity heating packet 28,28 connection circulation line B of photoelectricity heating packet.
The energy storage water tank 8 is equipped with thermometer 7, safety valve 9 and temperature sensor A6, temperature sensor A6 connection intelligence
Controller 33；Freeze water return pipeline and heating water return piping connection triple valve B3, and triple valve B3 is connected by heating refrigeration circulating pump 5
Energy storage water tank 8 is connect, heating refrigeration circulating pump 5 connects intelligent controller 33；Refrigeration water supply pipe and heating and supplying water piping connection three
Port valve A4, triple valve A4 connection energy storage water tank 8；Freeze and end wind disk 2 is set between water supply pipe and refrigeration water return pipeline；Heating
End underground heat 1 is set between water supply pipe and heating water return pipeline.
The circulation line A includes output pipe A and intake line A；Energy storage water tank heat cycles are set on output pipe A
Pump 10 and heat pump heating refrigeration inflow temperature sensor 11,10 connection intelligent controllers 33 of energy storage water tank heat cycles pump；Input
Heat pump heating refrigeration leaving water temperature sensors 12 are set on pipeline A.
The bath water tank 32 is equipped with temperature sensor B34, spray head water supply pipe and tap water pipe line, temperature sensor
B34 connection intelligent controller 33.
The circulation line B includes output pipe B and intake line B；Hot water heating circulating pump is set on output pipe B
31, hot water inflow temperature sensor 29 and triple valve C25, triple valve C25 connection photoelectricity heating packet 28, hot water inflow temperature sensing
Device 29 connects intelligent controller 33；Hot water effluent's temperature sensor 30 and triple valve D27, triple valve D27 are set on intake line B
Photoelectricity heating packet 28 is connected, hot water effluent's temperature sensor 30 connects intelligent controller 33.
The photovoltaic generating module 20 includes solar heat-collection plate 35, confluence control cabinet 36 and inverter 37, solar energy collection
The connection confluence control cabinet 36 of hot plate 35, confluence control cabinet 36 connect inverter 37, and inverter 37 connects electric storage means 26.
It further include intelligent controller 33；The intelligent controller 33 is separately connected evaporator 18, electric storage means 26, compressor
23, solar heat-collection plate 35 and confluence control cabinet 36.
26 connect compressor 23 of electric storage means.
The evaporator 18 is connect by pipeline A with 13 one end of liquid reservoir, and check valve 14, liquid reservoir 13 are arranged on pipeline A
The other end connects device for drying and filtering 15, and device for drying and filtering 15 connects throttle 16, throttle one end connecting line B and pipeline
Check valve 14, pipeline C other end connecting line D and pipeline E, pipe are arranged on the pipeline B other end connecting line A, pipeline B for the one end C
Check valve 14, pipeline E connection heating and refrigeration heat exchanger 19 are set on the C of road, and pipeline D connection liquid reservoir 13 is arranged unidirectionally on pipeline D
Valve 14.
The end wind disk 2 is respectively multiple with the number of end underground heat 1.
Air source heat pump by evaporator 18 absorb air in cooling capacity or heat, then by heating and refrigeration heat exchanger 19 by
Energy storage water tank 8 supplies end and carries out heating and refrigeration, while air source heat pump also absorbs heat from air and changed by hot water heating
Hot device 24 is attached bath system supply domestic hot-water by bath water tank 32；Another electricity that photovoltaic generating module 20 drives adds
Thermal modules also act on bath system and carry out the four seasons self-service hot water supply.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is practical according to this in the technical scope that the utility model discloses
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (10)
1. a kind of module air source heat pumps energy-saving unit of automatic drive device, which is characterized in that including liquid reservoir (13), dried
Filter (15), evaporator (18), heating and refrigeration heat exchanger (19), photovoltaic generating module (20), gas-liquid separator (21), four-way valve
(22), compressor (23), hot water heating heat exchanger (24), electric storage means (26) and photoelectricity heating packet (28)；The four-way valve (22)
Interface C connect with evaporator (18) one end, fan (17) are set below evaporator (18), the connection storage of evaporator (18) other end
Liquid device (13) one end, liquid reservoir (13) other end are connect by device for drying and filtering (15) with heating and refrigeration heat exchanger (19) one end,
Heating and refrigeration heat exchanger (19) other end connects the interface B of four-way valve (22)；The interface D of four-way valve (22) passes through gas-liquid separator
(21) it is connect with compressor (23) one end, compressor (23) other end connects hot water heating heat exchanger (24) one end, hot water heating
Heat exchanger (24) other end connects the interface A of four-way valve (22)；The external circulation line A connection heating and refrigeration of energy storage water tank (8)
Heat exchanger (19)；The external circulation line B connection hot water heating heat exchanger (24) of bath water tank (32)；Photovoltaic generating module (20)
It connects electric storage means (26), electric storage means (26) connects photoelectricity heating packet (28), and photoelectricity heating packet (28) connects circulation line B.
2. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
It states energy storage water tank (8) and thermometer (7), safety valve (9) and temperature sensor A (6), temperature sensor A (6) connection intelligence is installed
Controller (33)；Freeze water return pipeline and heating water return piping connection triple valve B (3), and triple valve B (3) is followed by heating refrigeration
Ring pumps (5) connection energy storage water tank (8), and heating refrigeration circulating pump (5) connects intelligent controller (33)；Refrigeration water supply pipe and heating
Water supply pipe connects triple valve A (4), triple valve A (4) connection energy storage water tank (8)；Freeze water supply pipe and refrigeration water return pipeline it
Between be arranged end wind disk (2)；End underground heat (1) is set between heating and supplying water pipeline and heating water return pipeline.
3. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
Stating circulation line A includes output pipe A and intake line A；Energy storage water tank heat cycles are set on output pipe A and pump (10) and heat
It pumps heating and refrigeration inflow temperature sensor (11), energy storage water tank heat cycles pump (10) connection intelligent controller (33)；Input pipe
Heat pump heating is set on the A of road and freezes leaving water temperature sensors (12).
4. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
It states bath water tank (32) and temperature sensor B (34), spray head water supply pipe and tap water pipe line, temperature sensor B (34) is installed
It connects intelligent controller (33).
5. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
Stating circulation line B includes output pipe B and intake line B；On output pipe B be arranged hot water heating circulating pump (31), hot water into
Water temperature sensor (29) and triple valve C (25), triple valve C (25) connection photoelectricity heating packet (28), hot water inflow temperature sensing
Device (29) connects intelligent controller (33)；Hot water effluent's temperature sensor (30) and triple valve D (27) are set on intake line B,
Triple valve D (27) connection photoelectricity heating packet (28), hot water effluent's temperature sensor (30) connect intelligent controller (33).
6. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
Stating photovoltaic generating module (20) includes solar heat-collection plate (35), confluence control cabinet (36) and inverter (37), solar energy heating
Plate (35) connection confluence control cabinet (36), confluence control cabinet (36) connection inverter (37), inverter (37) connect electric storage means
(26)。
7. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 6, which is characterized in that also
Including intelligent controller (33)；The intelligent controller (33) is separately connected evaporator (18), electric storage means (26), compressor
(23), solar heat-collection plate (35) and confluence control cabinet (36).
8. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
State electric storage means (26) connect compressor (23).
9. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 1, which is characterized in that institute
It states evaporator (18) to connect by pipeline A with liquid reservoir (13) one end, check valve (14) is set on pipeline A, liquid reservoir (13) is another
One end connect device for drying and filtering (15), device for drying and filtering (15) connect throttle (16), throttle one end connecting line B and
Check valve (14) are arranged on the pipeline B other end connecting line A, pipeline B in the one end pipeline C, pipeline C other end connecting line D and pipe
Check valve (14) are set on road E, pipeline C, pipeline E connection heating and refrigeration heat exchanger (19), pipeline D connection liquid reservoir (13), pipe
Check valve (14) are set on the D of road.
10. a kind of module air source heat pumps energy-saving unit of automatic drive device according to claim 2, which is characterized in that
The end wind disk (2) and the number of end underground heat (1) are respectively multiple.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821412382.9U CN208871906U (en) | 2018-08-30 | 2018-08-30 | A kind of module air source heat pumps energy-saving unit of automatic drive device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821412382.9U CN208871906U (en) | 2018-08-30 | 2018-08-30 | A kind of module air source heat pumps energy-saving unit of automatic drive device |
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| CN208871906U true CN208871906U (en) | 2019-05-17 |
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| CN201821412382.9U Active CN208871906U (en) | 2018-08-30 | 2018-08-30 | A kind of module air source heat pumps energy-saving unit of automatic drive device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110118447A (en) * | 2019-05-27 | 2019-08-13 | 颜世峰 | A kind of frequency conversion air source heat pump refrigerating heating and water-heating trilogy supply unit |
-
2018
- 2018-08-30 CN CN201821412382.9U patent/CN208871906U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110118447A (en) * | 2019-05-27 | 2019-08-13 | 颜世峰 | A kind of frequency conversion air source heat pump refrigerating heating and water-heating trilogy supply unit |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20191025 Address after: 116600, No. 10, No. seven, northeast street, Dalian economic and Technological Development Zone, Liaoning, Patentee after: Dalian shengdingxin Industry Co., Ltd Address before: 116600, No. 10, No. seven, northeast street, Dalian economic and Technological Development Zone, Liaoning, Patentee before: Hou Jianjun |