CN106052123A - Air conditioner and air energy water heater combined device - Google Patents
Air conditioner and air energy water heater combined device Download PDFInfo
- Publication number
- CN106052123A CN106052123A CN201610597679.6A CN201610597679A CN106052123A CN 106052123 A CN106052123 A CN 106052123A CN 201610597679 A CN201610597679 A CN 201610597679A CN 106052123 A CN106052123 A CN 106052123A
- Authority
- CN
- China
- Prior art keywords
- valve
- directional control
- solenoid directional
- water
- heat exchanger
- 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- Withdrawn
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H4/00—Fluid heaters characterised by the use of heat pumps
- F24H4/02—Water heaters
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0096—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater combined with domestic apparatus
Abstract
The invention discloses an air conditioner and air energy water heater combined device and belongs to the field of refrigeration and heating. The device comprises a solenoid valve, a solenoid directional valve, a safety valve, a compressor, a gas-liquid separator, a filter, an indoor heat exchanger, an outdoor heat exchanger, a throttling valve, a water tank, a check valve, a heating circulating pump, a water tank heat exchanger, a living water pipe and a living hot water pipe which are connected through a refrigerant pipe circuit and a water path pipeline. According to the air conditioner and air energy water heater combined device, six conditions are set, that is, 1, an air conditioner is turned on indoors for refrigeration, and the water tank is heated through waste heat; 2, water in the water tank is heated to the set temperature, and the air conditioner still needs to be turned on indoors for refrigeration; 3, the temperature of the water tank does not reach the set value, and the air conditioner does not need to be turned on indoors; 4, heating and hot air producing need to be carried out indoors in winter; 5, hot air producing and hot water producing need to be carried out indoors in winter; and 6, defrosting is carried out. According to the air conditioner and air energy water heater combined device, refrigeration and heating of the air conditioner and an air energy water heater are fully utilized, and when the need for heat or cold is unbalanced, redundant waste cold or waste heat is discharged out of a room.
Description
Technical field
The invention belongs to cooling and warming technical field, make full use of useless cold, the air-conditioning of used heat and air particularly to a kind of
Device can be merged by hot water machine.
Background technology
Air source heat pump in the market or claim air energy thermal water machine, has three functions: water heating, refrigeration gas, heat
Wind, also it is trilogy supply.All join indoor water tank and indoor fan coil pipe with the main frame of air-conditioning and make, the cold air when of water heating
Arrange to outdoor, refrigeration gas when hot blast row to outdoor, heat wind when cold air also arrange to outdoor.Arrange to outdoor either
Hot blast or cold air broadly fall into used heat and give up cold.Owing to both drain times stagger, being equal to cannot when idle call
When hot water machine use, cannot work as idle call when the hot water machine used time, useless cold used heat is not obtained by, and result in some families and buys
Air-conditioning repurchases air-source water heater, on the one hand adds and purchases machine cost, on the other hand also increases operating cost.Examined by patent
Suo get Zhi, Application No. 201210165299.7, patent of invention " the air energy heat pump changes in temperature of Publication No. CN 102661634 A
Heating integrated equipment ", it is point winter and two operating modes uses in summer, heats to indoor water tank to winter outdoor refrigeration；Summer
While giving indoor refrigeration, the water of feed-tank heats, and kills two birds with one stone.This machine there is the problem that the temperature of water tank in summer
After reaching design temperature, still wanting to turn on the aircondition and just do not open, this partial heat does not has place to go, it is impossible to start.Application No.
The patent of invention " air energy air conditioner water heater all-in-one " of 201110282359.9, Publication No. CN 103017270 A, when with
When making water heater, outdoor heat exchanger can produce condensed water, and this partial condensation water is used, and is used in the refrigeration of indoor；
Reversal valve can also by indoor, outdoor heat exchanger index cycle, only indoor be water tank, outdoor be heat exchanger, only
It is that same heat does not has place to go when air-conditioning need not hot water, so performance difficulty.Application for a patent for invention number is
201310258606.0, the patent of invention of Publication No. CN 103335371 A, " air-source water heater air conditioner integrated machine ", just
Being equipped with blowing fan on the off-premises station of a normal air energy water heater, the cold wind that can produce when heating to water heater passes through
The thickest wind pipeline is sent into indoor；Again the water pipe of water tank and outdoor exchanger can be switched, with the need of ask for cold water and hot blast
Want.This machine there is problems of meeting single needs: as, a water heating, other need not；As long as or cold air,
Other need not；Only hot water and cold air simultaneously need to time this machine can run, limitation is the biggest.Application No.
200910177596.1, Publication No. CN 102022857 A " air energy multifunctional all-in-one group ", refer to point in the morning 10
Using motor compressor compressed air at 4 in afternoon, exist in gas cylinder, other times compressed air drives compressor,
Compressed air release pressure can freeze, and compressor can heat, and needing to meet so many condition could run, and practicality is very
Difference.Application No. 201510384893.9, Publication No. CN 104964482 A, " a kind of air can heat and refrigeration air-conditioner
All-in-one ", the all-in-one that this empty tempered air can all be used, it is simply that hot blast is used in drying, cold wind is delivered to workshop and changes
How kind office work condition, it is assumed that to send cold wind, do not need the thing dried？Assuming to dry, workshop is not
Need how to start shooting the when of cold wind？This machine equally exists the problem that limitation is big.
Summary of the invention
It is an object of the invention to the weak point existed for above-mentioned air energy thermal water air conditioner all-in-one and similar products,
Propose a kind of new useless air-conditioning cold, used heat that makes full use of and merge device with air energy thermal water machine.
Owing to air-conditioning and air energy thermal water machine are all that the gaseous state change utilizing coolant realizes refrigeration and heats.Coolant is being
In system, each circulation will be through the high-pressure liquid after high pressure-temperature gaseous state, release heat, the low-pressure liquid after throttling, heat absorption
After low-pressure gaseous, then return compressor, the conversion between gaseous state and liquid again and again realizes the mesh of cooling and warming
's.The present invention is obtained by freezing and heating, when to hot demand and occurring uneven to cold demand, by unnecessary
Useless cold or used heat is then exhausted from outdoor.Owing to the north and south span of China is relatively big, the present invention devises the plain edition of applicable southern climates
Air-conditioning and air energy thermal water machine merge device, and the ultralow temperature air-conditioning of applicable boreal climate and air energy thermal water machine merge dress
Put.The plain edition of the present invention and ultralow temperature all devise six operating modes: 1, turn on the aircondition refrigeration, the water of used heat feed-tank of indoor adds
Heat.2, the water of water tank has been warmed up to design temperature.Indoor need nonetheless remain for refrigeration of turning on the aircondition.3, the temperature of water tank the most not up to sets
Definite value, indoor need not turn on the aircondition.4, need winter to heat wind to heating of house.5, indoor heating wind should be given again winter
Water heating.6, defrost.
The air-conditioning of the present invention, air energy thermal water machine merge device and include electromagnetic valve, solenoid directional control valve, relief valve, compressor, gas-liquid
Separator, filter, indoor set heat exchanger, outdoor unit heat exchanger, choke valve, water tank, check valve, heating circulating pump, water tank change
Hot device, life water pipe and hot water for life pipe, be connected with waterway pipe by refrigerant pipeline, circuit each other.
It is as follows that the medium-sized air-conditioning of the present invention, air energy thermal water machine merge operating performance of plant: compressor outlet divides three tunnels,
One tunnel is connected to electromagnetic valve, and electromagnetic valve is connected to water container heat exchanger by pipeline, and water container heat exchanger is ined succession check valve by pipeline
, check valve is ined succession choke valve by pipeline；Being ined succession another road solenoid directional control valve by pipeline in second tunnel, solenoid directional control valve passes through
Pipeline is connected to outdoor unit heat exchanger, outdoor unit heat exchanger is connected to solenoid directional control valve by pipeline；3rd tunnel is by pipeline even
Solenoid directional control valve, solenoid directional control valve is connected to indoor set heat exchanger by pipeline, and indoor set heat exchanger is connected to by pipeline
Another solenoid directional control valve；Ining succession two respective outlets of solenoid directional control valve respectively in the two ends of choke valve, another choke valve goes out
A mouth point two-way respectively connected two respective mouths of solenoid directional control valve, and one end of electromagnetic valve is connected to choke valve and changes with electromagnetism
On pipeline between valve, the other end is connected on the pipeline between another road choke valve and solenoid directional control valve.Another two electromagnetism
The respective mouth of reversal valve is connected with filter after merging, and filter is connected with gas-liquid separator, and gas-liquid separator is connected to
The entrance of compressor, the entrance of relief valve connects the outlet of compressor, and the outlet of relief valve is connected to the porch of filter.Take
Warm circulating pump, life water pipe and hot water for life pipe are connected on water tank.Water container heat exchanger is placed in water tank or water tank wall.
The air-conditioning of ultralow temperature of the present invention, air energy thermal water machine merge device except including that medium-sized air-conditioning, air can close
And outside each parts of device, also add reservoir.Remove a choke valve and electromagnetic valve.
It is as follows that the air-conditioning of ultralow temperature, air energy thermal water machine merge operating performance of plant: compressor outlet divides three tunnels, a road
Being connected to electromagnetic valve, electromagnetic valve is connected to water container heat exchanger by pipeline, and water container heat exchanger is ined succession check valve by pipeline, single
It is connected to reservoir by pipeline to valve；Being ined succession another road solenoid directional control valve by pipeline in second tunnel, solenoid directional control valve is by pipe
Road is connected to outdoor unit heat exchanger, and outdoor unit heat exchanger is connected to solenoid directional control valve by pipeline, a mouth of solenoid directional control valve
It is connected to reservoir；Being ined succession solenoid directional control valve by pipeline in 3rd tunnel, solenoid directional control valve is connected to indoor set heat exchange by pipeline
Device, indoor set heat exchanger is connected to solenoid directional control valve by pipeline, and a mouth of solenoid directional control valve is connected to liquid storage by pipeline
Device.The outlet of reservoir is connected to choke valve, and the outlet of choke valve divides two-way, is respectively connected to different solenoid directional control valves；Two
Solenoid directional control valve another mouth respective is connected to filter by pipeline after converging, and filter passes through pipeline and gas-liquid separator
Being connected, the outlet of gas-liquid separator connects the entrance of compressor.The effect of relief valve is when certain solenoid directional control valve breaks down
Time prevent compressor superpressure from operating.
The present invention has a following remarkable result:
1, when refrigeration is turned on the aircondition in indoor, the used heat of generation can be used for the water heating of feed-tank；
2, when the water of water tank has been warmed up to design temperature, still can turn on the aircondition refrigeration in indoor；
3, being also not up to setting value when the temperature of water tank, indoor setting need not turn on the aircondition, and also can run feedwater heating；
4, can be used for needing winter to heat wind to heating of house；
5, indoor heating wind can be given in the winter time, again can water heating；
6, apparatus of the present invention have self defrosting function.
The present invention makes air-conditioning combine with all functions of air energy thermal water machine, makes the used heat of air-conditioning be obtained by,
Useless cold when making out air energy is also obtained by.
Accompanying drawing explanation
Fig. 1 is plain edition air-conditioning of the present invention, air energy thermal water machine merging apparatus structure schematic diagram.
Fig. 2 is ultralow temperature air-conditioning of the present invention, air energy thermal water machine merging apparatus structure schematic diagram.
In figure: electromagnetic valve 1, solenoid directional control valve 2, solenoid directional control valve 3, relief valve 4, compressor 5, gas-liquid separator 6, filtration
Device 7, indoor set heat exchanger 8, outdoor unit heat exchanger 9, solenoid directional control valve 10, choke valve 11, solenoid directional control valve 12, electromagnetic valve 13,
Water tank 14, choke valve 15, check valve 16, heating circulating pump 17, water container heat exchanger 18, life water pipe 19, hot water for life pipe 20,
Reservoir 21.
Detailed description of the invention
The detailed description of the invention of the present invention combines accompanying drawing and is illustrated.
As shown in Figure 1: the medium-sized air-conditioning of the present invention, air energy thermal water machine merge device and include electromagnetic valve 1, electromagnetic switch
Valve 2, solenoid directional control valve 3, relief valve 4, compressor 5, gas-liquid separator 6, filter 7, indoor set heat exchanger 8, off-premises station heat exchange
Device 9, solenoid directional control valve 10, choke valve 11, solenoid directional control valve 12, electromagnetic valve 13, water tank 14, choke valve 15, check valve 16, heating
Circulating pump 17, water container heat exchanger 18, life water pipe 19, hot water for life pipe 20, each other by refrigerant pipe, circuit and water route
Pipeline is connected.
Plain edition air-conditioning of the present invention, air can merge device and arrange six operating conditions:
(1) indoor turn on the aircondition refrigeration, used heat feed-tank water heat up.I.e. heat to indoor refrigeration to indoor water tank.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B-C and leads to
The mutual cut-off state in road, solenoid directional control valve 12 is in the mutual cut-off state of A-B-C path, and the A-B path of solenoid directional control valve 3 is led
Logical.The A-C path conducting of solenoid directional control valve 10.At this time arrive electromagnetic valve 1 then from compressor 5 high temperature and high pressure gas out
Enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes to water tank 14 by the tube wall of water container heat exchanger 18
Interior water, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to water in water tank
Temperature, high-pressure liquid coolant pass through check valve 16, arrive choke valve 15, through throttling after coolant be transformed into low-pressure liquid,
Low-pressure liquid coolant enters indoor set heat exchanger 8 by the A-C path of solenoid directional control valve 10, and coolant enters indoor set heat exchanger 8
Carrying out heat exchange with room air afterwards, the heat of room air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption by
Low-pressure liquid is transformed into low-pressure gaseous, and low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 3, then by mistake
Filter 7 enters gas-liquid separator 6 and returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter and being
Only.The effect of the relief valve 4 in system prevents compressor 5 superpressure from using when some solenoid directional control valve breaks down.Water
In case 14, hot water is circulated with the circulating pump 17 of hot water, and domestic hot-water's pipe 20 is fetched water from water tank 14, life water pipe 19 be used for
Water tank supplements water.
(2) water of water tank has been warmed up to design temperature.Indoor need nonetheless remain for refrigeration of turning on the aircondition.I.e. indoor refrigeration, outdoor
Heat.
Now being sent instruction by control system so that electromagnetic valve 1 is closed, the A-C path of solenoid directional control valve 2 is led
Logical state, the A-C path conducting state of solenoid directional control valve 12, the A-B path conducting of solenoid directional control valve 3.Solenoid directional control valve 10
A-B path turns on.Electromagnetic valve 13 is closed, and at this time arrives electromagnetic switch from compressor high temperature and high pressure gas out
After valve 2, enter outdoor unit heat exchanger 9 by the A-C path of solenoid directional control valve 2 and carry out heat exchange with outdoor air.Heat leads to
The tube wall crossing outdoor unit heat exchanger 9 passes to the air of outdoor, and the coolant now losing heat is transformed into height by high pressure gaseous
Hydraulic fluid state, temperature is also down to the temperature close to outdoor air, and high-pressure liquid coolant is arrived by the A-C path of solenoid directional control valve 12
Choke valve 11, the coolant after throttling is transformed into low-pressure liquid, and low-pressure liquid coolant arrives solenoid directional control valve 10, from electromagnetic switch
The A-B path of valve 10 arrives indoor set heat exchanger 8, after coolant enters indoor set heat exchanger 8, carries out heat exchange with room air,
The heat of room air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid,
Low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 3, then is entered gas-liquid separator 6 times by filter 7
To compressor 5 entrance, complete a circulation.Go round and begin again until reaching setup parameter.The effect of the relief valve 4 in system
Prevent compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by with the circulating pump 17 of hot water
Circulating, hot water for life pipe 20 is fetched water from water tank 14, and life water pipe 19 feed-tank supplements water.
(3) temperature of water tank is also not up to setting value, and indoor need not turn on the aircondition.I.e. outdoor refrigeration, feed-tank heating
Flow process.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-B path conducting state, and the A-B-C path of solenoid directional control valve 3 is in and mutually ends shape
State.The A-B-C path of solenoid directional control valve 10 is in mutually cut-off.Electromagnetic valve 13 is closed.At this time go out from compressor 5
After the high temperature and high pressure gas come arrives electromagnetic valve 1, enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat leads to
The tube wall crossing water container heat exchanger 18 passes to the water in water tank 14, and the coolant now losing heat is transformed into height by high pressure gaseous
Hydraulic fluid state, temperature is also down to the temperature of water in water tank, and high-pressure liquid coolant arrives choke valve 15 by check valve 16, passes through
Coolant after throttling is transformed into low-pressure liquid, and low-pressure liquid coolant arrives solenoid directional control valve 12, leads to from the A-B of solenoid directional control valve 12
Road arrives outdoor unit heat exchanger 9, after coolant enters outdoor unit heat exchanger 9, carries out heat exchange with outdoor air, outdoor air
Heat passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid, and low-pressure gaseous is cold
Matchmaker enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid separator 6 by filter 7 and return to compressor 5
Entrance, completes a circulation.Go round and begin again until reaching setup parameter.The effect of the relief valve 4 in system is when a certain
Individual reversal valve prevents compressor 5 superpressure when breaking down.In water tank 14, hot water is circulated with the circulating pump 17 of hot water, life
Take out from water tank 14 with the hot water of hot-water line 20；Life water pipe 19 feed-tank supplements water.
(4) need to heat wind to heating of house winter, water tank is in keeping warm mode.Heat i.e. to indoor wind dish, outdoor system
Cold.
Now being sent instruction by control system so that electromagnetic valve 1 is closed, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-C path conducting state, the A-C path conducting of solenoid directional control valve 3.Solenoid directional control valve
The A-B path conducting of 10.Electromagnetic valve 13 is closed.At this time arrive electricity from compressor 5 high temperature and high pressure gas out
After magnetic reversal valve 3, the A-C path through reversal valve 3 arrives indoor set heat exchanger 8, with indoor sky in indoor set heat exchanger 8
Gas carries out heat exchange.Heat passes to the air of indoor by the tube wall of indoor set heat exchanger 8.Now lose the coolant of heat by height
Temperature high-pressure gaseous is transformed into high-pressure liquid, and temperature is also down to the temperature close to room air, and high-pressure liquid coolant is changed by electromagnetism
Arriving choke valve 11 to the A-B path of valve 10, be transformed into low-pressure liquid after being throttled by choke valve 11, low-pressure liquid coolant passes through
The A-C path of solenoid directional control valve 12 arrives outdoor unit heat exchanger 9, after coolant enters outdoor unit heat exchanger 9, carries out with outdoor air
Heat exchange, the heat of outdoor air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low by low-pressure liquid
Calming the anger state, low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid by filter 7 and divide
Return to compressor 5 entrance from device 6, complete a circulation.Go round and begin again until reaching setup parameter.Relief valve in system
The effect of 4 prevents compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by following with hot water
Ring pump 17 circulates, and the hot water of hot water for life pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
(5) i.e. heating to indoor heating wind water heating again to indoor wind dish, indoor water tank also heats, outdoor system
Cold flow.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-B path conducting state, the A-C path conducting of solenoid directional control valve 3.Solenoid directional control valve
The A-B path conducting of 10.Electromagnetic valve 13 is in opening.At this time it is divided into two from compressor 5 high temperature and high pressure gas out
Road, after a road arrives electromagnetic valve 1, enters water container heat exchanger 18 and carries out heat exchange with the water in water tank 14.Heat is changed by water tank
The tube wall of hot device 18 passes to the water in water tank 14, and the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous,
Temperature is also down to the temperature of water in water tank, and high-pressure liquid coolant is by arriving choke valve 15, after throttling after check valve 16
Coolant is transformed into low-pressure liquid and arrives solenoid directional control valve 12；Arrive electromagnetism from compressor the second road high temperature and high pressure gas out to change
To valve 3, the path through the A-C of solenoid directional control valve 3 arrives indoor set heat exchanger 8, with indoor sky in indoor set heat exchanger 8
Gas carries out heat exchange.Heat passes to the air of indoor by the tube wall of indoor set heat exchanger 8, now loses the coolant of heat by height
Temperature high-pressure gaseous is transformed into high-pressure liquid, and temperature is also down to the temperature close to room air, and high-pressure liquid coolant is through electromagnetic valve
Arriving choke valve 11 after the A-B path of reversal valve 10, coolant is transformed into low-pressure liquid, low-pressure liquid after choke valve 11 throttles
Coolant is converged with first via low-pressure liquid coolant by electromagnetic valve 13, after two strands of low-pressure liquid coolant converge, passes through electromagnetic switch
The A-B path of valve 12 enters outdoor unit heat exchanger 9.Coolant carries out heat exchange, room with outdoor air after entering outdoor unit heat exchanger 9
The heat of outer air passes to coolant by the tube wall of outdoor unit heat exchanger 9.Coolant after heat absorption is transformed into low pressure by low-pressure liquid
Gaseous state, low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid separation by filter 7
Device 6 returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter.Relief valve in system
The effect of 4 prevents compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by following with hot water
Ring pump 17 circulates, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank 14 supplements water.
(6) defrost.Defrost belongs to and heats flow process outside indoor cool room.
This process is identical with operating mode (two), and unlike normal air energy hot water machine, normal air energy hot water machine defrost
Heat be that the heat absorption that water in water tank stores is come, the present invention is the heat absorbed from air.Improve water
The initial temperature that case is heated again.
Six operating conditions of ultralow temperature air-conditioning of the present invention, air energy thermal water machine merging device:
(1) indoor turn on the aircondition refrigeration, used heat feed-tank water heat up.I.e. heat to indoor refrigeration to indoor water tank.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B-C and leads to
The mutual cut-off state in road, solenoid directional control valve 12 is in the mutual cut-off state of A-B-C path, and the A-B path of solenoid directional control valve 3 is led
Logical.The A-C path conducting of solenoid directional control valve 10.At this time after compressor 5 high temperature and high pressure gas out arrives electromagnetic valve 1,
Enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat is passed in water tank by the tube wall of water container heat exchanger 18
Water, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to water in water tank 14
Temperature, high-pressure liquid coolant enters in reservoir 21 by check valve 16, and the coolant in reservoir 21 saves through choke valve 15
Being transformed into low-pressure liquid after stream, low-pressure liquid coolant enters indoor set heat exchanger 8 and room through the A-C path of solenoid directional control valve 10
Interior air carries out heat exchange, the heat of room air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is by low pressure
Liquid is transformed into low-pressure gaseous, and low-pressure gaseous coolant enters the A-B path of solenoid directional control valve 3, subsequently into filter 7, then by
Filter 7 enters gas-liquid separator 6 and returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter
Till.The effect of the relief valve 4 in system prevents compressor 5 superpressure from using when some reversal valve breaks down.Water tank
In 14, hot water is circulated with the circulating pump 17 of hot water, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, life water pipe 19
Feed-tank 14 supplements water.
(2) water of water tank has been warmed up to design temperature.Indoor need nonetheless remain for refrigeration of turning on the aircondition.I.e. give indoor refrigeration, room
Heat outward.
Now being sent instruction by control system so that electromagnetic valve 1 is closed, the A-C path of solenoid directional control valve 2 is led
Logical state, the A-B path conducting state of solenoid directional control valve 12, the A-B path conducting of solenoid directional control valve 3.Solenoid directional control valve 10
A-C path turns on.At this time after compressor high temperature and high pressure gas out arrives solenoid directional control valve 2, by solenoid directional control valve 2
A-C path enter outdoor unit heat exchanger 9 and carry out heat exchange with outdoor air.The heat tube wall by outdoor unit heat exchanger 9
Passing to the air of outdoor, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature also drops into connecing
The temperature of nearly outdoor air, high-pressure liquid coolant arrives reservoir 21 by the A-B path of solenoid directional control valve 12, from reservoir 21
Coolant out throttles through choke valve 15, and the coolant after throttling is transformed into low-pressure liquid, low-pressure liquid coolant by high-pressure liquid
After the A-C path of solenoid directional control valve 10 enters indoor set heat exchanger 8, carry out heat exchange with room air, the heat of room air
Amount passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low-pressure gaseous, low-pressure gaseous coolant by low-pressure liquid
Enter filter 7 by the A-B path of solenoid directional control valve 3, then entered gas-liquid separator 6 by filter 7 and return to entering of compressor 5
Mouthful, complete a circulation.Go round and begin again until reaching setup parameter.The effect of the relief valve 4 in system is when some
Compressor 5 superpressure is prevented when reversal valve breaks down.In water tank 14, hot water is circulated with the circulating pump 17 of hot water, life heat
The hot water of water pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
(3) temperature of water tank is also not up to setting value, and indoor need not turn on the aircondition.I.e. outdoor refrigeration, feed-tank heating
Flow process.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-C path conducting state, the mutual cut-off state of A-B-C path of solenoid directional control valve 3.
The A-B-C path of solenoid directional control valve 10 mutually ends, and at this time arrives electromagnetic valve 1 from compressor 5 high temperature and high pressure gas out
After, enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes to water by the tube wall of water container heat exchanger 18
Water in case, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to close to water tank 14
The temperature of interior water, high-pressure liquid coolant enters reservoir 21 by check valve 16, from reservoir 21 coolant out through throttling
Being transformed into low-pressure liquid after valve 15 throttling, low-pressure liquid coolant arrives off-premises station heat exchange by the A-C path of solenoid directional control valve 12
Device 9, after coolant enters outdoor unit heat exchanger 9, carries out heat exchange with outdoor air, and the heat of outdoor air is by heat exchanger
Tube wall passes to coolant.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid, and low-pressure gaseous coolant passes through solenoid directional control valve 2
A-B path enter filter 7, then entered gas-liquid separator 6 by filter 7 and return to the entrance of compressor 5, complete one and follow
Ring.Go round and begin again until reaching setup parameter.The effect of the relief valve 4 in system is when some reversal valve breaks down
Time prevent compressor 5 superpressure.In water tank 14, hot water is circulated with the circulating pump 17 of hot water, the hot water of domestic hot-water's pipe 20
Taking out from water tank 14, life water pipe 19 feed-tank supplements water.
(4) need to heat wind to heating of house winter, water tank is in keeping warm mode.Heat i.e. to indoor wind dish, outdoor system
Cold.
Now being sent instruction by control system so that electromagnetic valve 1 is closed, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-C path conducting state, the A-C path conducting of solenoid directional control valve 3, solenoid directional control valve
The A-B path conducting of 10, at this time changes through electromagnetism after compressor 5 high temperature and high pressure gas out arrives solenoid directional control valve 3
Enter indoor set heat exchanger 8 to the A-C path of valve 3, in indoor set heat exchanger 8, carry out heat exchange with indoor air.Heat
Passed to the air of indoor by the tube wall of indoor set heat exchanger 8, the coolant now losing heat is transformed into by high pressure gaseous
High-pressure liquid, temperature is also down to the temperature close to room air, and high-pressure liquid coolant is routed to by the A-B of solenoid directional control valve 10
Reach reservoir 21, after choke valve 15 throttles, be transformed into low-pressure liquid, low pressure from reservoir 21 high-pressure liquid coolant out
Liquid refrigerants arrives outdoor unit heat exchanger 9 by the A-C path of solenoid directional control valve 12, after coolant enters outdoor unit heat exchanger 9, with
Outdoor air carries out heat exchange, and the heat of outdoor air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is by low pressure
Liquid is transformed into low-pressure gaseous, and low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then by filter
7 enter gas-liquid separator 6 returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter.
In system, the effect of relief valve 4 prevents compressor 5 superpressure from using when some reversal valve breaks down.Hot water in water tank 14
Being circulated with the circulating pump 17 of hot water, the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank is mended
Water-filling.
(5) i.e. heating to indoor heating wind water heating again to indoor wind dish, indoor water tank also heats, outdoor system
Cold flow.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-C path conducting state, the A-C path conducting of solenoid directional control valve 3.Solenoid directional control valve
The A-B path conducting of 10.At this time it is divided into two-way from compressor 5 high temperature and high pressure gas out, after a road arrives electromagnetic valve 1,
Enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes to water tank 14 by the tube wall of water container heat exchanger 18
Interior water, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down in water tank 14
The temperature of water, high-pressure liquid coolant arrives reservoir 21 after check valve 16.High Temperature High Pressure from compressor 5 out the second tunnel
Gas arrives solenoid directional control valve 3, and machine heat exchanger 8 in the A-C path of solenoid directional control valve 3 enters, in indoor set heat exchanger 8
Heat exchange is carried out with indoor air.Heat passes to the air of indoor by the tube wall of indoor set heat exchanger 8, now loses heat
Coolant be transformed into high-pressure liquid by high pressure gaseous, temperature is also down to the temperature close to room air, high-pressure liquid coolant
By the A-B path of solenoid directional control valve 10, out the rear coolant with the first via converges.Two-way coolant enters reservoir after converging
21, after choke valve 15 throttles, it is transformed into low-pressure liquid from reservoir 21 coolant out, low-pressure liquid coolant passes through electromagnetism
The A-C path of reversal valve 12 enters outdoor unit heat exchanger 9.After coolant enters outdoor unit heat exchanger 9, carry out heat friendship with outdoor air
Changing, the heat of outdoor air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low pressure gas by low-pressure liquid
State, low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid separator 6 by filter 7
Return to the entrance of compressor 5, complete a circulation.Go round and begin again until reaching setup parameter.Relief valve 4 in system
Effect prevents compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by with the circulation of hot water
Pump 17 circulates, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
(6) defrost.Defrost belongs to and heats flow process outside indoor cool room.
This process is identical with operating mode (two), and unlike normal air energy hot water machine, normal air energy hot water machine defrost
Heat be that the heat absorption that water in water tank stores is come, the present invention is the heat absorbed from air.Improve water
The initial temperature that case is heated again.
The detailed description of the invention of the present invention is further elaborated in conjunction with the embodiments.
Embodiment one
Indoor turn on the aircondition refrigeration, used heat feed-tank water heat up, set water temperature 60 DEG C:
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B-C path phase
Cut-off state mutually, solenoid directional control valve 12 is in the mutual cut-off state of A-B-C path, the A-B path conducting of solenoid directional control valve 3.Electricity
The A-C path conducting of magnetic reversal valve 10.At this time after compressor high temperature and high pressure gas out arrives electromagnetic valve 1, enter water tank
Heat exchanger 18 carries out heat exchange with the water in water tank 14.Heat passes to the water in water tank 14 by the tube wall of water container heat exchanger 18,
The coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to the temperature of water in water tank,
High-pressure liquid coolant passes through check valve 16, arrives choke valve 15, and the coolant after throttling is transformed into low-pressure liquid, low-pressure liquid
Coolant enters indoor set heat exchanger 8 by the A-C path of solenoid directional control valve 10, after coolant enters indoor set heat exchanger 8, with indoor
Air carries out heat exchange, and the heat of room air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is by low-pressure liquid
Being transformed into low-pressure gaseous, low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 3, then is entered by filter 7
Enter gas-liquid separator 6 and return to the entrance of compressor 5, complete a circulation.Go round and begin again until reaching setup parameter.System
In the effect of relief valve 4 prevent compressor 5 superpressure from using when some reversal valve breaks down.Hot water quilt in water tank 14
Circulating with the circulating pump 17 of hot water, the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements
Water.
Embodiment two
The water of water tank has been warmed up to design temperature, and indoor need nonetheless remain for refrigeration of turning on the aircondition, indoor setting 21 DEG C:
Now sent instruction by control system so that electromagnetic valve 1 is closed, the A-C path conducting shape of solenoid directional control valve 2
State, the A-C path conducting state of solenoid directional control valve 12, the A-B path conducting of solenoid directional control valve 3.The A-B of solenoid directional control valve 10 leads to
Road turns on.Electromagnetic valve 13 is closed, and at this time arrives solenoid directional control valve 2 from compressor high temperature and high pressure gas out
After, enter outdoor unit heat exchanger 9 by the A-C path of solenoid directional control valve 2 and carry out heat exchange with outdoor air.Heat passes through room
The tube wall of outer machine heat exchanger 9 passes to the air of outdoor, and the coolant now losing heat is transformed into high pressure liquid by high pressure gaseous
State, temperature is also down to the temperature close to outdoor air, and high-pressure liquid coolant arrives throttling by the A-C path of solenoid directional control valve 12
Valve 11, the coolant after throttling is transformed into low-pressure liquid by high-pressure liquid, and low-pressure liquid coolant arrives solenoid directional control valve 10, from electricity
The A-B path of magnetic reversal valve 10 arrives indoor set heat exchanger 8, after coolant enters indoor set heat exchanger 8, carries out heat with room air
Exchange, the heat of room air passes to coolant by the tube wall of heat exchanger.Coolant after heat absorption is transformed into low pressure by low-pressure liquid
Gaseous state, low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 3, then is entered gas-liquid separation by filter 7
Device 6 returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter.Relief valve 4 in system
Effect prevent compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by following with hot water
Ring pump 17 circulates, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
Embodiment three
The temperature of water tank is also not up to setting value, and water temperature sets 60 DEG C, and indoor need not turn on the aircondition, i.e. outdoor refrigeration, feed-tank
Heating procedure.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-B path conducting state, the mutual cut-off state of A-B-C path of solenoid directional control valve 3.
The A-B-C path of solenoid directional control valve 10 mutually ends.Electromagnetic valve 13 is closed, at this time from compressor 5 height out
After temperature gases at high pressure arrive electromagnetic valve 1, enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes through water tank
The tube wall of heat exchanger 18 passes to the water in water tank 14, and the coolant now losing heat is transformed into high pressure liquid by high pressure gaseous
State, temperature is also down to the temperature of water in water tank, and high-pressure liquid coolant arrives choke valve 15, high-pressure liquid by check valve 16
Coolant is transformed into low-pressure liquid after throttling, and low-pressure liquid coolant arrives solenoid directional control valve 12, from the A-B of solenoid directional control valve 12
Path arrives outdoor unit heat exchanger 9, after coolant enters outdoor unit heat exchanger 9, carries out heat exchange, outdoor air with outdoor air
Heat pass to coolant by the tube wall of outdoor unit heat exchanger.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid, low
Pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid separator 6 by filter 7 and return to
The entrance of compressor 5, completes a circulation.Go round and begin again until reaching setup parameter.The effect of the relief valve 4 in system
Prevent compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by with the circulating pump 17 of hot water
Circulation, the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
Embodiment four
Needing winter to heat wind, indoor setting 16 DEG C to heating of house, water tank is in keeping warm mode, heats i.e. to indoor wind dish,
Outdoor refrigeration.
Now being sent instruction by control system so that electromagnetic valve 1 is closed, solenoid directional control valve 2 is in A-B path
Conducting state, solenoid directional control valve 12 is in A-C path conducting state, the A-C path conducting of solenoid directional control valve 3.Solenoid directional control valve
The A-B path conducting of 10.Electromagnetic valve 13 is closed.At this time arrive electricity from compressor 5 high temperature and high pressure gas out
After magnetic reversal valve 3, the A-C path through solenoid directional control valve 3 arrives indoor set heat exchanger 8, with indoor in indoor set heat exchanger 8
Air carry out heat exchange.Heat passes to the air of indoor by the tube wall of indoor set heat exchanger 8, now loses the coolant of heat
Being transformed into high-pressure liquid by high pressure gaseous, temperature is also down to the temperature close to room air, and high-pressure liquid coolant is by electricity
The A-B path of magnetic reversal valve 10 arrives choke valve 11, and high-pressure liquid coolant is transformed into low hydraulic fluid after choke valve 11 throttles
State, low-pressure liquid coolant arrives outdoor unit heat exchanger 9 by the A-C path of solenoid directional control valve 12, and coolant enters off-premises station heat exchange
After device 9, carrying out heat exchange with outdoor air, the heat of outdoor air passes to coolant by the tube wall of heat exchanger.Cold after heat absorption
Matchmaker is transformed into low-pressure gaseous by low-pressure liquid, and low-pressure gaseous coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then
Entered gas-liquid separator 6 by filter 7 and return to the entrance of compressor 5, complete a circulation.Go round and begin again until reaching to set ginseng
Till number.The effect of the relief valve 4 in system prevents compressor 5 superpressure from using when some reversal valve breaks down.Water
In case 14, hot water is circulated with the circulating pump 17 of hot water, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, life water pipe
19 feed-tanks supplement water.
Embodiment five
Should give indoor heating wind water heating again, i.e. indoor wind dish heats, indoor water tank also heats, outdoor cooling flow, room
Interior setting 16 DEG C, water temperature sets 60 DEG C:
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in the conducting of A-B path
State, solenoid directional control valve 12 is in A-B path conducting state, the A-C path conducting of solenoid directional control valve 3.Solenoid directional control valve 10
A-B path turns on.Electromagnetic valve 13 is in opening.At this time it is divided into two-way from compressor high temperature and high pressure gas out, one
After road arrives electromagnetic valve 1, enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes through water container heat exchanger 18
Tube wall pass to the water in water tank 14, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also
Being down to the temperature of water in water tank 14, high-pressure liquid coolant is by arriving choke valve 15, the coolant after throttling after check valve 16
It is transformed into low-pressure liquid and arrives solenoid directional control valve 12；Solenoid directional control valve is arrived from compressor the second road high temperature and high pressure gas out
3, the A-C path through solenoid directional control valve 3 arrives indoor set heat exchanger 8, carries out heat at indoor set heat exchanger 8 with indoor air
Exchange.Heat passes to the air of indoor by the tube wall of indoor set heat exchanger 8, now loses the coolant of heat by High Temperature High Pressure gas
State is transformed into high-pressure liquid, and temperature is also down to the temperature close to room air, and high-pressure liquid coolant is through solenoid directional control valve 10
A-B path arrives choke valve 11, and coolant is transformed into low-pressure liquid after being throttled by choke valve 11, and low-pressure liquid coolant passes through electromagnetism
Valve 13 converges with first via low-pressure liquid coolant, after two strands of low-pressure liquid coolant converge, by the A-B path of solenoid directional control valve 12
Enter outdoor unit heat exchanger 9.Coolant carries out heat exchange with outdoor air after entering outdoor unit heat exchanger 9, the heat of outdoor air
Coolant is passed to by the tube wall of outdoor unit heat exchanger 9.Coolant after heat absorption is transformed into low-pressure gaseous, low-pressure gaseous by low-pressure liquid
Coolant enters filter 7 by the A-B path of solenoid directional control valve 2, then is entered gas-liquid separator 6 by filter 7 and return to compressor 5
Entrance, complete a circulation.Go round and begin again until reaching setup parameter.In indoor temperature and water tank the temperature of water which
The solenoid directional control valve the most mutually cut-off first reaching which heat exchanger inlet and outlet of design temperature stops heat exchange.Relief valve 4 in system
Effect prevent compressor 5 superpressure from using when some reversal valve breaks down.In water tank 14, hot water is by following with hot water
Ring pump 17 circulates, and the hot water of domestic hot-water's pipe 20 takes out from water tank 14, and life water pipe 19 feed-tank supplements water.
Embodiment six: defrost, defrost belongs to and heats flow process outside indoor cool room.
This process is same as in Example 2, and unlike normal air energy hot water machine, normal air energy hot water machine defrost is used
Heat be that the heat absorption stored from the water of water tank is come, the present invention is the heat absorbed from air.Improve water tank again
The initial temperature heated.
Embodiment seven: turn on the aircondition refrigeration in indoor, dries to drying object after the heating of used heat feed-tank again.Water temperature sets 60
DEG C, dry and set 4 hours.
Dry heat exchanger 18-n, electromagnetic valve 1-n, check valve 16-n for one group in parallel.The order of connection is changed with electromagnetic valve 1, water tank
Hot device 18, check valve 16 are identical.
Now being sent instruction by control system so that electromagnetic valve 1 is in opening, solenoid directional control valve 2 is in A-B-C and leads to
The mutual cut-off state in road, solenoid directional control valve 12 is in the mutual cut-off state of A-B-C path, and the A-B path of solenoid directional control valve 3 is led
Logical.The A-C path conducting of solenoid directional control valve 10.At this time arrive electromagnetic valve 1 from compressor 5 high temperature and high pressure gas out laggard
Enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat is passed in water tank 14 by the tube wall of water container heat exchanger 18
Water, the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to water in water tank 14
Temperature, high-pressure liquid coolant pass through check valve 16, arrive choke valve 15, through throttling after coolant be transformed into by high-pressure liquid
Low-pressure liquid, low-pressure liquid coolant enters indoor set heat exchanger 8 by the A-C path of solenoid directional control valve 10, and coolant enters indoor
After machine heat exchanger 8, carrying out heat exchange with room air, the heat of room air passes to coolant by the tube wall of heat exchanger.Heat absorption
After coolant be transformed into low-pressure gaseous by low-pressure liquid, low-pressure gaseous coolant is entered by the A-B path of solenoid directional control valve 3 and filters
Device 7, then entered gas-liquid separator 6 by filter 7 and return to the entrance of compressor 5, complete a circulation.Go round and begin again until reaching
During the water temperature 60 DEG C set.The electromagnetic valve 1 of system cuts out, and electromagnetic valve 1-n opens.Other valve invariant positions.At this time from compressor
High temperature and high pressure gas out enters drying heat exchanger 18-n and carries out heat exchange with air after arriving electromagnetic valve 1-n.Heat passes through
The tube wall drying heat exchanger 18-n passes to air, and the coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous,
Temperature is also down to the temperature close to air, and high-pressure liquid coolant passes through check valve 16-n, arrives choke valve 15, after throttling
Coolant is transformed into low-pressure liquid by high-pressure liquid, and low-pressure liquid coolant enters indoor set by the A-C path of solenoid directional control valve 10
Heat exchanger 8, after coolant enters indoor set heat exchanger 8, carries out heat exchange with room air, and the heat of room air passes through heat exchanger
The tube wall of 8 passes to coolant.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid, and low-pressure gaseous coolant passes through electromagnetic switch
The A-B path of valve 3 enters filter 7, then is entered gas-liquid separator 6 by filter 7 and return to the entrance of compressor 5, completes one
Circulation.Go round and begin again until being transformed into air-conditioning after drying 4 hours and using.
Embodiment eight
Ultralow temperature machine, Summer Indoor heat exchanger chilled water, cold water temperature sets 4 DEG C, water container heat exchanger water heating, and water temperature sets
60℃。
Change indoor heat exchanger into water-cooled heat exchanger.Now sent instruction by control system so that electromagnetic valve 1 is in out
Opening state, solenoid directional control valve 2 is in the mutual cut-off state of A-B-C path, and solenoid directional control valve 12 is in A-B-C path mutually to be ended
State, the A-B path conducting of solenoid directional control valve 3.The A-C path conducting of solenoid directional control valve 10.At this time from compressor out
After high temperature and high pressure gas arrives electromagnetic valve 1, enter water container heat exchanger 18 and carry out heat exchange with the water in water tank 14.Heat passes through water
The tube wall of case heat exchanger 18 passes to the water in water tank 14, and the coolant now losing heat is transformed into high pressure liquid by high pressure gaseous
State, temperature is also down to the temperature of water in water tank 14, and high-pressure liquid coolant enters in reservoir 21 by check valve 16, liquid storage
Coolant in device 21 is transformed into low-pressure liquid after choke valve 15 throttles, and low-pressure liquid coolant is through the 10 of solenoid directional control valve
A-C path enters indoor water-cooled heat exchanger 8-n with room inner cooling water carries out heat exchange, the heat of room inner cooling water passes through water-cooled
The tube wall of formula heat exchanger passes to coolant.Coolant after heat absorption is transformed into low-pressure gaseous by low-pressure liquid, and low-pressure gaseous coolant enters
The A-B path of solenoid directional control valve 3, subsequently into filter 7, then is entered gas-liquid separator 6 by filter 7 and returns to compressor 5
Entrance, completes a circulation.Going round and beginning again until reaching water temperature 60 DEG C in the water tank set, being transformed into indoor chilled water, outdoor
Heat exchanger heats wind.Now electromagnetic valve 1 cuts out, the A-C path of solenoid directional control valve 2 turns on, and the A-B path of solenoid directional control valve 12 is led
Logical, arrive solenoid directional control valve 2 from compressor 5 high temperature and high pressure gas out, the A-C path through solenoid directional control valve 2 enters room
Outer machine heat exchanger 9, carries out heat exchange with outdoor air, and heat passes to the air of outdoor by the tube wall of outdoor unit heat exchanger 9,
The coolant now losing heat is transformed into high-pressure liquid by high pressure gaseous, and temperature is also down to the temperature close to outdoor air,
High-pressure liquid coolant enters in reservoir 21, is transformed into low hydraulic fluid from reservoir 21 coolant out after choke valve 15 throttles
State, low-pressure liquid coolant is carried out with cooling water through the indoor water-cooled heat exchanger 8-n of A-C path entrance of the 10 of solenoid directional control valve
Heat exchange, the heat of cooling water passes to coolant by the tube wall of water-cooled heat exchanger.Coolant after heat absorption is changed by low-pressure liquid
Becoming low-pressure gaseous, low-pressure gaseous coolant enters the A-B path of solenoid directional control valve 3, enters filter 7, then is entered gas by filter 7
Liquid/gas separator 6 returns to the entrance of compressor 5, completes a circulation.Go round and begin again until reaching to set coolant water temperature 4 DEG C.System
In the effect of relief valve 4 prevent compressor 5 superpressure from using when some reversal valve breaks down.
Claims (10)
1. air-conditioning merges device with air energy thermal water machine, it is characterised in that this merging device includes electromagnetic valve (1), electromagnetic switch
Valve (2), solenoid directional control valve (3), relief valve (4), compressor (5), gas-liquid separator (6), filter (7), indoor set heat exchanger
(8), outdoor unit heat exchanger (9), solenoid directional control valve (10), choke valve (11), solenoid directional control valve (12), electromagnetic valve (13), water tank
(14), choke valve (15), check valve (16), heating circulating pump (17), water container heat exchanger (18), life water pipe (19) and life are used
Hot-water line (20), each parts are connected with waterway pipe by refrigerant pipeline, circuit each other.
Device the most according to claim 1, it is characterised in that this merging device divides plain edition air-conditioning and air energy thermal water machine
Merging device and ultralow temperature air-conditioning merges device with air energy thermal water machine, ultralow temperature air-conditioning can merge device with general with air
Compared with flow-through air-conditioning merges device with air energy thermal water machine, ultralow temperature air-conditioning can merge device each parts composition and remove with air
Comprising outside medium-sized each parts, also add reservoir (21), choke valve is reduced into one by two, and electromagnetic valve also reduces
One.
Device the most according to claim 1, it is characterised in that medium-sized air-conditioning, air can close hot water machine device fortune
Row situation is: compressor outlet divides three tunnels, a road to be connected to electromagnetic valve (1), and electromagnetic valve (1) is connected to water tank heat exchange by pipeline
Device (18), water container heat exchanger (18) ined succession check valve (16) by pipeline, and check valve (16) is ined succession choke valve by pipeline
(15)；Being ined succession solenoid directional control valve (2) by pipeline in second tunnel, solenoid directional control valve (2) is connected to outdoor unit heat exchanger by pipeline
(9), outdoor unit heat exchanger (9) is connected to solenoid directional control valve (12) by pipeline；Ined succession solenoid directional control valve by pipeline in 3rd tunnel
(3), solenoid directional control valve (3) is connected to indoor set heat exchanger (8) by pipeline, and indoor set heat exchanger (8) is connected to by pipeline
Solenoid directional control valve (10)；Choke valve (11) is connected with a mouth of solenoid directional control valve (12) by pipeline, and the other end is connected to electricity
One mouth of magnetic reversal valve (10)；The outlet of choke valve (15) is divided into two-way, and a road is connected to of solenoid directional control valve (12)
Mouthful, another road is connected to a mouth of solenoid directional control valve (10), and one end of electromagnetic valve (13) is connected to choke valve (15) and electromagnetism
On pipeline between reversal valve (12), the other end is connected on the pipeline between choke valve (11) and solenoid directional control valve (12), takes
Warm circulating pump (17), life water pipe (19), hot water for life pipe (20) are connected on water tank (14), and water container heat exchanger (18) is contained in
In water tank (14) or on water tank wall.
Device the most according to claim 1 and 2, it is characterised in that the air-conditioning of ultralow temperature merges with air energy thermal water machine
Operating performance of plant is: compressor outlet divides three tunnels, a road to be connected to electromagnetic valve (1), and electromagnetic valve (1) is connected to water by pipeline
Case heat exchanger (18), water container heat exchanger (18) ined succession check valve (16) by pipeline, and check valve (16) is connected to reservoir (21)；
Being ined succession solenoid directional control valve (2) by pipeline in second tunnel, solenoid directional control valve (2) is connected to outdoor unit heat exchanger (9) by pipeline,
Outdoor unit heat exchanger (9) is connected to solenoid directional control valve (12) by pipeline, and a mouth of solenoid directional control valve (12) is connected to liquid storage
Device (21)；Being ined succession solenoid directional control valve (3) by pipeline in 3rd tunnel, solenoid directional control valve (3) is connected to indoor set heat exchange by pipeline
Device (8), indoor set heat exchanger (8) is connected to solenoid directional control valve (10) by pipeline, and a mouth of solenoid directional control valve (10) passes through
Pipeline is connected to reservoir (21)；The outlet of reservoir (21) is connected to choke valve (15), and the outlet of choke valve (15) divides two-way,
Respectively it is connected to electromagnetic switch (12) and another mouth of solenoid directional control valve (10)；Solenoid directional control valve (2) and solenoid directional control valve (3)
Each another mouth is connected to filter (7) by pipeline after converging, and filter (7) passes through pipeline and gas-liquid separator (6) phase
Even, the outlet of gas-liquid separator (6) connects the entrance of compressor (5), and the effect of relief valve (4) is when certain solenoid directional control valve goes out
Compressor superpressure is prevented during existing fault.
Device the most according to claim 1 and 2, it is characterised in that described compressor (5) includes that spraying increases enthalpy vortex
Compressor, screw compressor, centrifugal compressor, and the improved compressor used by air energy.
Device the most according to claim 1 and 2, it is characterised in that described choke valve (15) refers to capillary tube and comprises
Electric expansion valve also comprises heating power expansion valve.
Device the most according to claim 1 and 2, it is characterised in that described outdoor unit heat exchanger (9) refer to coolant with
Heat exchanger between water or air, comprises the various heat exchanger with replaceable function.
Device the most according to claim 1 and 2, it is characterised in that described indoor set heat exchanger (8) refers to Interior Space
Heat exchanger between gas and coolant, including several wind dish heat exchanger modes used in parallel, also includes that existing wind dish heat exchanger has again
The heat exchanger mode used in parallel of liquid medium, also includes using heat accumulating type liquid or solid heat exchanger.
Device the most according to claim 1 and 2, it is characterised in that described filter (7) and gas-liquid separator (6) bag
Containing both location swaps.
Device the most according to claim 1 and 2, it is characterised in that described electromagnetic valve (1), electromagnetic valve (13), refers to
Be be electrically turn off, valve that dead electricity is opened, comprise electric to open, using method that dead electricity is closed simultaneously, also comprise pneumatic control
Valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610597679.6A CN106052123A (en) | 2016-07-27 | 2016-07-27 | Air conditioner and air energy water heater combined device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610597679.6A CN106052123A (en) | 2016-07-27 | 2016-07-27 | Air conditioner and air energy water heater combined device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106052123A true CN106052123A (en) | 2016-10-26 |
Family
ID=57417859
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610597679.6A Withdrawn CN106052123A (en) | 2016-07-27 | 2016-07-27 | Air conditioner and air energy water heater combined device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106052123A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106524349A (en) * | 2016-11-15 | 2017-03-22 | 宁波长发电器科技有限公司 | Polymorphic nature energy changes-in-temperature thermal circulation and utilization system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003090653A (en) * | 2001-09-13 | 2003-03-28 | Denso Corp | Heat pump type hot water supply apparatus |
| CN201177342Y (en) * | 2008-02-19 | 2009-01-07 | 东南大学 | Integrated heat pump hot-water apparatus of floor radiation for supplying heat or cold |
| CN201273701Y (en) * | 2008-07-28 | 2009-07-15 | 吴平 | Multifunctional air source water heater convenient for assembling |
| CN101655281A (en) * | 2008-08-22 | 2010-02-24 | 珠海格力电器股份有限公司 | Heat-pump hot-water air conditioning unit and operating method thereof |
| CN201672748U (en) * | 2010-03-26 | 2010-12-15 | 江乐新 | Multifunctional air conditioning and water heating all-in-one machine |
| CN105783327A (en) * | 2016-05-09 | 2016-07-20 | 南京佳力图机房环境技术股份有限公司 | Cooling and heating integrated carbon dioxide heat pump device |
| CN206018999U (en) * | 2016-07-27 | 2017-03-15 | 许继鲁 | Air-conditioning merges device with air energy thermal water dispenser |
-
2016
- 2016-07-27 CN CN201610597679.6A patent/CN106052123A/en not_active Withdrawn
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003090653A (en) * | 2001-09-13 | 2003-03-28 | Denso Corp | Heat pump type hot water supply apparatus |
| CN201177342Y (en) * | 2008-02-19 | 2009-01-07 | 东南大学 | Integrated heat pump hot-water apparatus of floor radiation for supplying heat or cold |
| CN201273701Y (en) * | 2008-07-28 | 2009-07-15 | 吴平 | Multifunctional air source water heater convenient for assembling |
| CN101655281A (en) * | 2008-08-22 | 2010-02-24 | 珠海格力电器股份有限公司 | Heat-pump hot-water air conditioning unit and operating method thereof |
| CN201672748U (en) * | 2010-03-26 | 2010-12-15 | 江乐新 | Multifunctional air conditioning and water heating all-in-one machine |
| CN105783327A (en) * | 2016-05-09 | 2016-07-20 | 南京佳力图机房环境技术股份有限公司 | Cooling and heating integrated carbon dioxide heat pump device |
| CN206018999U (en) * | 2016-07-27 | 2017-03-15 | 许继鲁 | Air-conditioning merges device with air energy thermal water dispenser |
Non-Patent Citations (1)
| Title |
|---|
| 胡继强: "《食品机械与设备》", 31 July 1999, 中国轻工业出版社 * |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106524349A (en) * | 2016-11-15 | 2017-03-22 | 宁波长发电器科技有限公司 | Polymorphic nature energy changes-in-temperature thermal circulation and utilization system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201306902Y (en) | Air conditioner with heat-recovery type heat pump and refrigerator integrated machine | |
| CN204923448U (en) | Air conditioner hot -water heating system | |
| CN108679870A (en) | A kind of warm and humid sub-control air-conditioning system with Fresh air handing function | |
| CN201302243Y (en) | Energy-saving full fresh air dehumidifier machine | |
| CN205316766U (en) | Solar air source heat pump | |
| US20120012285A1 (en) | Dehumidification system | |
| CN108224840A (en) | A kind of heat pump air conditioning system and control method | |
| CN105402966B (en) | A kind of solar air source heat pumps | |
| CN103900184A (en) | Water cooling medium three-pipe refrigerating and heating air-conditioning system | |
| CN102287900A (en) | Composite dehumidification air conditioning system | |
| CN108469130A (en) | Multi-functional multi-gang air conditioner | |
| CN102183104B (en) | Indirect-expanding solar assisted multifunctional heat pump system | |
| CN109945374A (en) | A kind of air conditioner and its integrated circulating pipe system | |
| CN206018999U (en) | Air-conditioning merges device with air energy thermal water dispenser | |
| CN207006404U (en) | A kind of Novel condensation dehumidifying unit | |
| CN105180527A (en) | Air-conditioning and water-heating system and control method | |
| CN111336585A (en) | Multi-split air conditioner floor heating system | |
| CN105276706B (en) | A kind of air-conditioning hot water integrated machine and its control method | |
| CN106969395A (en) | A kind of heat accumulating type air source heat pump directly coagulates formula ground heating system | |
| CN104697245B (en) | Coupling heat pump system | |
| CN106052123A (en) | Air conditioner and air energy water heater combined device | |
| CN206514563U (en) | Air-conditioning system unit and air-conditioning system | |
| CN206449927U (en) | A kind of low-temperature air injection enthalpy increasing air-conditioning system | |
| CN109774418A (en) | A kind of air-conditioning system and its control method and automobile | |
| CN109186122A (en) | A kind of air-source trilogy supply machine set system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20161026 |