CN206176840U - White formula wind energy heat pump of coldization - Google Patents

White formula wind energy heat pump of coldization Download PDF

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Publication number
CN206176840U
CN206176840U CN201620769849.XU CN201620769849U CN206176840U CN 206176840 U CN206176840 U CN 206176840U CN 201620769849 U CN201620769849 U CN 201620769849U CN 206176840 U CN206176840 U CN 206176840U
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water
icing fluid
pump
cold
heat exchanger
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王全龄
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Abstract

The utility model relates to a wind energy heat pump technical field especially relates to a white formula wind energy heat pump of coldization. A white formula wind energy heat pump of coldization includes that anti -icing fluid sprays aproll device and table cold type air heat exchanger, anti -icing fluid sprays the aproll device and sets up on table cold type air heat exchanger for to spraying anti -icing fluid on table cold type air heat exchanger's coil pipe and the fin. The utility model discloses an utilize anti -icing fluid to spray the aproll device and spray anti -icing fluid on to table cold type air heat exchanger, can realize under the prerequisite that the heat pump did not commutate that his -and -hers watches cold type air heat exchanger cools the defrosting.

Description

A kind of cold defrosting type wind energy heat pump
Technical field
This utility model is related to wind energy heat pump technical field, more particularly to a kind of cold defrosting type wind energy heat pump.
Background technology
Air-cooled, air source or wind energy heat pump, no matter from properity, energy-saving and environmental protection, easy to use and cost performance etc. It is many-sided many compared with having the advantages that than any heat pump.However, wind energy heat pump has the defect of fatal common fault：Winter heating is supplied During heat operation, off-premises station surface cooling air heat exchanger want frosting and also needs defrost, and defrost needs to commutate and by indoor heat reverse pumping To off-premises station surface cooling air heat exchanger, transconversion into heat frost is carried out to off-premises station surface cooling air heat exchanger using compression heat.Defrost Indoor heating is caused to supply thermal break；Defrost is finished and still needs to the backspace that commutates, and continues to indoor heating to run.It is above-mentioned by heat defrost Journey needs frequently repeatedly to carry out, not only large losses heat energy, also results in heating intermittently, makes to indoor heating heat supply Into unstable and discomfort.If wind energy heat pump can overcome the defect that above-mentioned transconversion into heat frost is present, then the performance of wind energy heat pump It is that any heat pump is impayable with using value, and application scenario and scope is more wide.
For the problems referred to above, the utility model proposes one kind can solve the problem that existing heat pump winter transconversion into heat frost process because of commutation Thermal loss and room temperature is caused to reduce the cold defrosting type wind energy heat pump of problem.
Utility model content
The purpose of this utility model is to propose a kind of cold defrosting type wind energy heat pump, can effectively solve existing heat pump and exist Transconversion into heat frost process is because of room temperature reduction and heat energy loss problem caused by commutation.
It is that, up to this purpose, this utility model is employed the following technical solutions：
A kind of cold defrosting type wind energy heat pump, which includes anti-icing fluid spray aproll device and surface cooling air heat exchanger, described Anti-icing fluid spray aproll device is arranged on surface cooling air heat exchanger, for coil pipe and fin to surface cooling air heat exchanger Upper spray anti-icing fluid realizes cold defrost.
Used as a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the anti-icing fluid spray aproll device includes volume Formula spray aproll device, drip tray, and connection circulation line therebetween for anti-icing fluid circulation；
Spray nozzle is provided with the positive displacement spray aproll device, the spray nozzle is for surface cooling air heat exchanger Anti-icing fluid is sprayed on coil pipe and fin or cooling water is sent forth.
Used as a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the anti-icing fluid spray aproll device includes that table is cold Tubular type spray aproll device, drip tray at the top of device, and connection circulation line therebetween for anti-icing fluid circulation；
At the top of described surface cooler, tubular type spray aproll device at least sprays aproll device by a tubular type and constitutes, under its pipe Portion is provided with spray nozzle, and the spray nozzle is for spraying anti-icing fluid to the coil pipe of surface cooling air heat exchanger and fin or sends cooling forth Water.
Used as a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the anti-icing fluid spray aproll device includes that table is cold Tubular type spray aproll device, surface cooler side pipe formula spray aproll device, drip tray at the top of device, and connection surface cooler head tube formula It is used for anti-icing fluid or cooling water circulation circulation between spray aproll device, surface cooler side pipe formula spray aproll device and drip tray Pipeline；
At the top of described surface cooler, tubular type spray aproll device at least sprays aproll device by a tubular type and constitutes, under its pipe Portion is equipped with spray nozzle, and the spray nozzle is for spraying anti-icing fluid to the coil pipe of surface cooling air heat exchanger and fin or sends cooling forth Water, described surface cooler side pipe formula sprays aproll device at least by side and a tubular type spray aproll device is constituted, the tube side Portion is equipped with spray nozzle towards coil pipe and fin direction, and spray nozzle is for anti-to surface cooling air heat exchanger one or both sides spray Freeze liquid or send cooling water forth.
Used as a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the anti-icing fluid spray aproll device includes adverse current At the top of formula wind-energy tower, tower air inlet, surface cooler tubular type spray aproll device, tower blower fan and drip tray, and connection drip tray and At the top of surface cooler between tubular type spray aproll device and for anti-icing fluid or cooling water circulation circulation line；
Described surface cooling air heat exchanger be configured in reverse-flow wind-energy tower below tubular type spray aproll device and Above tower air inlet, at the top of described surface cooler, tubular type spray aproll device is configured in below tower blower fan and empty in surface cooling Above gas heat exchanger, described drip tray is configured in the bottom of reverse-flow wind-energy tower, and described tower air inlet is configured in water receiving Between disk and surface cooling air heat exchanger, at the top of described surface cooler, below tubular type spray aproll device, spray nozzle is configured.
Used as a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the anti-icing fluid spray aproll device includes crossing current Formula wind-energy tower, positive displacement spray equipment, tower blower fan, anti-icing fluid and drip tray, and connection positive displacement spray equipment and drip tray Between be used for anti-icing fluid or cooling water circulation circulation line；
Described surface cooling air heat exchanger be configured in below the positive displacement spray equipment in cross-flow type wind-energy tower and Above drip tray, described drip tray is configured in the bottom of cross-flow type wind-energy tower, below described positive displacement spray equipment Configuration spray nozzle.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including outdoor fan, refrigeration compressor, four-way Reversal valve, cold-hot wind air conditioning terminal, indoor cold-hot wind heat exchanger, room conditioning blower fan and expansion valve；
One end of described surface cooling air heat exchanger is connected with the b of four-way change-over valve by pipeline, surface cooling air The other end of heat exchanger is connected with one end of expansion valve by pipeline, described refrigeration compressor exhaust end and four-way change-over valve The connection of a ends, refrigeration compressor air suction end is connected with the c ends of four-way change-over valve, d ends and the interior cold-hot wind of four-way change-over valve One end of heat exchanger is connected, and the indoor other end of cold-hot wind heat exchanger is connected with the other end of expansion valve, and described is cold and hot Wind air conditioning terminal is at least constituted by one.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also store up including recuperation of heat heat exchange coil, recuperation of heat Water pot, anti-icing fluid drying sublimation pump and anti-icing fluid drying purification coil pipe；
Described recuperation of heat heat exchange coil is configured in recuperation of heat water tank, and its one end is connected with the aerofluxuss of refrigeration compressor Connect, the other end is connected with a ends of four-way change-over valve, described anti-icing fluid drying sublimation pump one end is connected with recuperation of heat water tank Connect, the other end and anti-icing fluid are dried one end of purification coil pipe and is connected, the other end of described anti-icing fluid drying purification coil pipe with Recuperation of heat water tank is connected, and described anti-icing fluid drying purification coil arrangement is in the anti-icing fluid of drip tray.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including surface cooling air heat exchanger, outdoor wind Machine, refrigeration compressor, domestic hot-water's water tank, domestic hot-water's heating coil, expansion valve, tap water moisturizing interface and domestic hot-water Output interface constitutes cold defrosting type wind energy heat pump domestic hot-water or energy storage air conditioner；
Described domestic hot-water's heating coil one end is connected with refrigeration compressor exhaust end, domestic hot-water's heating coil The other end is connected with one end of expansion valve；
It is connected and supplements tap water with tap water by tap water moisturizing interface, by domestic hot-water's output interface and life Hot-water heating system connects and supplies domestic hot-water；
When including four-way change-over valve, heat pump is energy storage air conditioner, now, domestic hot-water's water tank composition air-conditioning cold, Heat medium water water tank, domestic hot-water's output interface and tap water moisturizing interface are connected with air conditioning terminal fan coil system, are constituted Air conditioning terminal output system.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including outdoor fan, refrigeration compressor, expansion Valve, condenser, domestic hot-water's circulating pump, domestic hot-water's water tank, tap water moisturizing interface and domestic hot-water's output interface are constituted Cold defrosting type wind energy heat pump domestic hot-water or energy storage air conditioner；
One end of described condenser refrigerant side is connected with refrigeration compressor exhaust end, condenser refrigerant side it is another One end is connected with expansion valve, and one end connection domestic hot-water's water tank of Water in Condenser side, the other end of Water in Condenser side pass through Domestic hot-water's circulating pump is connected with domestic hot-water's water tank；
It is connected and supplements tap water with tap water by tap water moisturizing interface, by domestic hot-water's output interface and life Hot-water heating system connects and supplies domestic hot-water.
When including four-way change-over valve, heat pump constitutes energy storage air conditioner, and now, domestic hot-water's water tank constitutes air-conditioning Hot and cold matchmaker's water water tank, domestic hot-water's output interface and tap water moisturizing interface are connected with air conditioning terminal fan coil system, structure Into air conditioning terminal output system.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including outdoor fan, refrigeration compressor, four-way Reversal valve, expansion valve, condenser, air conditioning terminal circulating pump and fan coil；
One end of one end connecting fan coil pipe of described Water in Condenser side, the other end of Water in Condenser side is by air-conditioning end End circulating pump is connected with the other end of fan coil.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including refrigeration compressor, four-way change-over valve, cold Hot blast air conditioning terminal, indoor cold-hot wind heat exchanger, room conditioning blower fan and expansion valve.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, the heat pump also include recuperation of heat heat exchange coil, Recuperation of heat water tank, anti-icing fluid drying sublimation pump and anti-icing fluid drying purification coil pipe；
Described recuperation of heat heat exchange coil is configured in recuperation of heat water tank, and its one end is connected with the aerofluxuss of refrigeration compressor Connect, the other end is connected with a ends of four-way change-over valve, described anti-icing fluid drying sublimation pump one end is connected with recuperation of heat water tank Connect, the other end and anti-icing fluid are dried one end of purification coil pipe and is connected, the other end of described anti-icing fluid drying purification coil pipe with Recuperation of heat water tank is connected, and described anti-icing fluid drying purification coil arrangement is in the anti-icing fluid of drip tray.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including refrigeration compressor, four-way change-over valve, swollen Swollen valve, condenser, air conditioning terminal circulating pump and fan coil.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including refrigeration compressor, expansion valve, condensation Device, domestic hot-water's circulating pump, domestic hot-water's water tank, tap water moisturizing interface and domestic hot-water's output interface constitute cold defrosting type Wind energy heat pump domestic hot-water or energy storage air conditioner.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also pour out including anti-icing fluid fluid reservoir and anti-icing fluid Pump；
One end of described anti-icing fluid fluid reservoir sprays aproll device by pipeline and tubular type at the top of surface cooler and is connected, antifreeze The other end of liquid fluid reservoir is connected with drip tray by pipeline.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including anti-icing fluid drying purification coil pipe；
The two ends of the anti-icing fluid drying purification coil pipe are connected with the two ends of Water in Condenser side by pipeline respectively.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, refrigeration compressor, four-way change-over valve, cold-hot wind are gone back It is air conditioning terminal, indoor cold-hot wind heat exchanger, room conditioning blower fan, expansion valve, refrigeration compressor, four-way change-over valve, expansion valve, cold Hot blast air conditioning terminal, indoor cold-hot wind heat exchanger and room conditioning blower fan constitute the double wind energy heat pump air-conditioning dresses of the tower cold defrost of crossing current Put.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including refrigeration compressor, four-way change-over valve, swollen Swollen valve, condenser, air conditioning terminal circulating pump, fan coil, refrigeration compressor, four-way change-over valve, condenser, expansion valve, air-conditioning End circulating pump, fan coil constitute the double wind energy heat pump air-conditioning devices of the tower cold defrost of crossing current.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also include being dried by anti-icing fluid fluid reservoir, anti-icing fluid Dry purification heat exchanger, drying purification heat exchanger secondary pump and drying purification pump of heat exchanger constitute fluid reservoir drying wind energy heat pump Air-conditioning device.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, by the surface cooling air heat exchanger, refrigeration pressure Contracting machine, four-way change-over valve, expansion valve and condenser constitute first order heat pump, by refrigeration compressor, condenser, expansion valve, evaporation Device constitutes second level heat pump, constitutes coupled and heat-exchange closed circuit by coupling cycle pump and pipeline, by air conditioning terminal circulating pump and wind Machine coil pipe constitutes air conditioning terminal system.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including cold compressor, expansion valve, condenser, Refrigeration compressor, condenser, expansion valve, vaporizer, coupling cycle pump, domestic hot-water's circulating pump, domestic hot-water's water tank, originally Water moisturizing interface and domestic hot-water's output interface constitute cold defrosting type two-stage wind energy heat pump domestic hot-water or energy storage air conditioner.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also pour out including anti-icing fluid fluid reservoir and anti-icing fluid Pump；
One end of described anti-icing fluid fluid reservoir is sprayed with tubular type at the top of aproll circulating pump and surface cooler is sprayed by pipeline Aproll device connects, and the other end of anti-icing fluid fluid reservoir is poured out pump by pipeline and anti-icing fluid and is connected with drip tray.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including coupling cycle tank, by coupling cycle pump, Pipeline and coupling cycle tank constitute coupling pot type recuperated cycle loop, and air-conditioning end is made up of air conditioning terminal circulating pump and fan coil End output loop；
One end of described coupling cycle tank one end and one end and Water in Condenser side of Water in Condenser side and fan coil One end is connected, and the other end Jing pipelines of coupling cycle tank are connected with one end of vaporizer water side, vaporizer water side it is another End is connected with the other end of Water in Condenser side by coupling cycle pump.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including accumulation of energy attemperater, and protected by accumulation of energy Reservoir, energy storage circulation pump and output isolation heat exchanger constitute air-conditioner energy-accumulation device, by air conditioning terminal circulating pump and fan coil Constitute air conditioning terminal output loop；
One end of described accumulation of energy attemperater and one end of Water in Condenser side, one end of vaporizer water side and Water in Condenser One end of side is connected, and the other end of accumulation of energy attemperater isolates one end connection of heat exchanger, output isolation heat exchanger with output The other end be connected with one end of energy storage circulation pump, the other end of energy storage circulation pump with it is Water in Condenser side, vaporizer water side The other end is connected with the other end of Water in Condenser side.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, pump structure is poured out by anti-icing fluid fluid reservoir and anti-icing fluid Device is poured out into dilution anti-icing fluid liquid storage, is changed by anti-icing fluid drying purification tank, anti-icing fluid drying heating secondary pump, anti-icing fluid heating Hot device and anti-icing fluid drying pump of heating constitute dilution anti-icing fluid drying purification heater.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also include by accumulation of energy attemperater, energy storage circulation Pump and output isolation heat exchanger constitute air-conditioner energy-accumulation device, and air conditioning terminal output is made up of air conditioning terminal circulating pump and fan coil Loop.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, also including coupling cycle tank, and by coupling cycle Tank constitutes coupling cycle loop.
As a kind of preferred version of above-mentioned cold defrosting type wind energy heat pump, described anti-icing fluid drying purification coil pipe or antifreeze Thermal source needed for liquid heating heat exchanger or anti-icing fluid heating heat exchanger can also be electrical heating, remaining used heat, solar energy or boiler hot Source substitutes.
The beneficial effects of the utility model are：This utility model using to off-premises station surface cooling air heat exchanger, using nothing Corrosion and to Propylene Glycol of the environment without any pollution or glycerin solution as defrost the cold defrost of media implementation, cold defrost is not Commutation, heating is needed not to interrupt, cold defrost does not also interfere with the service life of off-premises station surface cooling air heat exchanger.Coldization Frost is not only able to thoroughly solve the drawbacks described above that existing air source heat pump transconversion into heat frost is present, but also can realize winter frostless system Heat operation；Summer realizes that water cooling is run, and greatly improves the efficiency of air-cooled heat pump, air source heat pump, makes and more energy-conservation.Due to Cold defrost eliminates four-way change-over valve, and system need not commutate, therefore, overcome four-way change-over valve and frequently commutate, cause internal hemorrhage due to trauma Risk, substantially increase it is air-cooled heat and air source heat pump reliability and ruggedness.
Description of the drawings
Fig. 1：It is that the cold defrost of this utility model surface cooling air heat exchanger positive displacement spray aproll is embodied as structural representation Figure, wherein, Fig. 1 a are the structural representations that surface cooling air heat exchanger sprays that with positive displacement aproll device coordinates, and Fig. 1 b are that table is cold Formula air heat exchanger sprays the structural representation that aproll device and drip tray coordinate with positive displacement；
Fig. 2：It is that the cold defrost of aproll of tubular type spray is embodied as structure and shows at the top of this utility model surface cooling air heat exchanger It is intended to, wherein, Fig. 2 a are the structural representations that tubular type spray aproll device coordinates at the top of surface cooling air heat exchanger and surface cooler, Fig. 2 b are the structural representations that tubular type spray aproll device and drip tray coordinate at the top of surface cooling air heat exchanger and surface cooler；
Fig. 3：It is that this utility model surface cooler head tube and the cold defrost of side pipe formula spray aproll are embodied as structural representation；
Fig. 4：It is that the tower cold defrost of this utility model surface cooling air heat exchanger adverse current is embodied as structural representation；
Fig. 5：It is that the tower cold defrost of this utility model surface cooling air heat exchanger crossing current is embodied as structural representation；
Fig. 6：It is that this utility model surface cooling air heat exchanger head tube and the cold defrost heat pump of both sides tubular type spray aproll are empty Tune is embodied as structural representation；
Fig. 7：It is that the cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger positive displacement spray aproll is embodied as Structural representation；
Fig. 8：It is that the cold defrost heat pump air conditioner of tubular type spray aproll is specifically real at the top of this utility model surface cooling air heat exchanger Apply structural representation；
Fig. 9：This utility model surface cooling air heat exchanger head tube and the cold defrost recuperation of heat heat of both sides tubular type spray aproll Pump air-conditioning is embodied as structural representation；
Figure 10：It is the cold defrost heat recovery heat pump air conditioner tool of this utility model surface cooling air heat exchanger positive displacement spray aproll Body implements structural representation；
Figure 11：It is the cold defrost heat recovery heat pump air conditioner of tubular type spray aproll at the top of this utility model surface cooling air heat exchanger It is embodied as structural representation；
Figure 12：It is that the cold defrost heat-pump hot-water of this utility model surface cooling air heat exchanger positive displacement spray aproll or accumulation of energy are empty Device is adjusted to be embodied as structural representation；
Figure 13：It is the cold defrost heat-pump hot-water of tubular type spray aproll or accumulation of energy at the top of this utility model surface cooling air heat exchanger Air-conditioning device is embodied as structural representation；
Figure 14：It is this utility model surface cooling air heat exchanger head tube and the cold defrost Heat Pump of both sides tubular type spray aproll Water or energy storage air conditioner are embodied as structural representation；
Figure 15：It is the cold defrost hot water of tubular type spray aproll or energy accumulation air conditioner at the top of this utility model surface cooling air heat exchanger Device is embodied as structural representation；
Figure 16：It is that the cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger positive displacement spray aproll is embodied as Structural representation；
Figure 17：It is that the cold defrost heat pump air conditioner of tubular type spray aproll is specifically real at the top of this utility model surface cooling air heat exchanger Apply structural representation；
Figure 18：This utility model surface cooling air heat exchanger head tube and the cold defrost heat pump air conditioner of both sides tubular type spray aproll It is embodied as structural representation；
Figure 19：It is that the cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger positive displacement spray aproll is concrete Implement structural representation；
Figure 20：It is the cold defrost double stage heat pump air-conditioning tool of tubular type spray aproll at the top of this utility model surface cooling air heat exchanger Body implements structural representation；
Figure 21：This utility model surface cooling air heat exchanger head tube and the cold defrost double stage heat pump of both sides tubular type spray aproll Air-conditioning is embodied as structural representation；
Figure 22：It is the cold defrost double stage heat pump hot water of this utility model surface cooling air heat exchanger positive displacement spray aproll or storage Energy air-conditioning device is embodied as structural representation；
Figure 23：It is that this utility model surface cooling air heat exchanger tower cold defrost heat pump air conditioner of adverse current is embodied as structure and shows It is intended to；
Figure 24：It is that flow over tower cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger is embodied as structure and shows It is intended to；
Figure 25：It is that the tower cold defrost heat recovery heat pump air conditioner of this utility model surface cooling air heat exchanger adverse current is embodied as Structural representation；
Figure 26：It is that the tower cold defrost heat recovery heat pump air conditioner of this utility model surface cooling air heat exchanger crossing current is embodied as Structural representation；
Figure 27：It is that the tower cold defrost fan coil heat pump air conditioner of this utility model surface cooling air heat exchanger adverse current is specifically real Apply structural representation；
Figure 28：It is that this utility model surface cooling air heat exchanger flows over tower cold defrost fan coil heat pump air conditioner specifically in fact Apply structural representation；
Figure 29：It is the tower cold defrosting type wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger adverse current or storage Can air-conditioning device；
Figure 30：It is the tower cold defrosting type wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger crossing current or storage Can air-conditioning device；
Figure 31：It is that the tower cold defrost configuration anti-icing fluid fluid reservoir heat pump of this utility model surface cooling air heat exchanger adverse current is empty Tune is embodied as structural representation；
Figure 32：It is that the tower cold defrost configuration anti-icing fluid fluid reservoir heat pump of this utility model surface cooling air heat exchanger crossing current is empty Tune is embodied as structural representation；
Figure 33：It is the tower cold defrost configuration anti-icing fluid drying purifying plant of this utility model surface cooling air heat exchanger adverse current Heat pump air conditioner is embodied as structural representation；
Figure 34：It is the tower cold defrost configuration anti-icing fluid drying purifying plant of this utility model surface cooling air heat exchanger crossing current Heat pump air conditioner is embodied as structural representation；
Figure 35：It is that the double heat pump air conditioners of the tower cold defrost of this utility model surface cooling air heat exchanger crossing current are embodied as structure Schematic diagram；
Figure 36：It is that the double heat pump air conditioners of the tower cold defrost fan coil of this utility model surface cooling air heat exchanger crossing current are concrete Implement structural representation；
Figure 37：It is that the tower cold defrost anti-icing fluid fluid reservoir configuration drying of this utility model surface cooling air heat exchanger adverse current is carried Pure heat exchanger heat pump air conditioner is embodied as structural representation；
Figure 38：It is that the tower cold defrost anti-icing fluid fluid reservoir configuration drying of this utility model surface cooling air heat exchanger crossing current is carried Pure heat exchanger heat pump air conditioner is embodied as structural representation；
Figure 39：It is that the tower cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger adverse current is embodied as knot Structure schematic diagram；
Figure 40：It is that the tower cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger crossing current is embodied as knot Structure schematic diagram；
Figure 41：It is the tower cold defrosting type twin-stage wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger adverse current Or energy storage air conditioner；
Figure 42：It is the tower cold defrosting type twin-stage wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger crossing current Or energy storage air conditioner；
Figure 43：It is the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage heat of this utility model surface cooling air heat exchanger adverse current Pump air-conditioning is embodied as structural representation；
Figure 44：It is the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage heat of this utility model surface cooling air heat exchanger crossing current Pump air-conditioning is embodied as structural representation；
Figure 45：It is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger adverse current and coupling Tank double stage heat pump air-conditioning is embodied as structural representation；
Figure 46：It is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger crossing current and coupling Tank double stage heat pump air-conditioning is embodied as structural representation；
Figure 47：It is that the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage of this utility model surface cooling air heat exchanger adverse current stores Energy heat pump air conditioner is embodied as structural representation；
Figure 48：It is that the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage of this utility model surface cooling air heat exchanger crossing current stores Energy heat pump air conditioner is embodied as structural representation；
Figure 49：It is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger adverse current and drying are carried Pure tank double stage heat pump air-conditioning is embodied as structural representation；
Figure 50：It is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger crossing current and drying are carried Pure tank double stage heat pump air-conditioning is embodied as structural representation；
Figure 51：It is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger adverse current and drying are carried Pure tank double stage heat pump energy accumulation air conditioner is embodied as structural representation；
Figure 52：It is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger crossing current and drying are carried Pure tank double stage heat pump energy accumulation air conditioner is embodied as structural representation；
Figure 53：It is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger adverse current, coupling Tank and drying purification tank double stage heat pump energy accumulation air conditioner are embodied as structural representation；
Figure 54：It is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger crossing current, coupling Tank and drying purification tank double stage heat pump energy accumulation air conditioner are embodied as structural representation；
In figure：
1 surface cooling air heat exchanger, 2 coil pipes, 3 fins, 4 coolant flow dividers, 5 refrigernant collectors, 6 reverse-flow wind energies Tubular type spray at the top of tower, 7 surface cooler side pipe formulas spray aproll device, 8 spray nozzles, 9 positive displacements spray aproll device, 10 surface coolers Aproll device, 11 domestic hot-water's water tanks, 12 domestic hot-water's heating coils, 13 spray aproll circulation pipes, 14 spray aproll circulations Tubular type spray water knockout drum, 19 surface cooler side pipe formulas spray at the top of pump, 15 anti-icing fluid, 16 drip trays, 17 outdoor fans, 18 surface coolers Water knockout drum, 20 refrigeration compressors, 21 four-way change-over valves, 22 cold-hot wind air conditioning terminals, cold-hot wind heat exchanger, 24 Interior Spaces in Room 23 Adjust blower fan, 25 expansion valves, 26 condensers, 27 coupling cycle pumps, 28 vaporizers, 29 single twin-stage switching valves, 30 refrigeration compressors, 31 Condenser, 32 expansion valves, 33 air conditioning terminal circulating pumps, 34 single twin-stage switching valves, 35 single twin-stage switching valves, 36 fan coils, 37 Accumulation of energy attemperater, 38 energy storage circulation pumps, 39 output isolation heat exchangers, 40 cross-flow type wind-energy towers, 41 tower air inlets, 42 life heat It is water output interface, 43 tower blower fans, 44 recuperation of heat heat exchange coils, 45 recuperation of heat water tanks, 46 anti-icing fluid drying sublimation pump, 47 antifreeze Liquid drying purification coil pipe, 48 anti-icing fluid drying purification valve, 49 four-way change-over valves, 50 condensers, 51 expansion valves, 52 air conditioning terminals are followed Ring pump, 53 fan coils, 54 cold-hot wind air conditioning terminals, cold-hot wind heat exchanger, 56 room conditioning blower fans, the storage of 57 anti-icing fluid in Room 55 Flow container, 58 dilution anti-icing fluid, 59 anti-icing fluid drying purification heat exchanger, 60 drying purification heat exchanger secondary pumps, 61 drying purifications are changed It is pump of hot device, the 62 anti-icing fluid valves of falling liquid, the 63 anti-icing fluid valves of falling liquid, the 64 anti-icing fluid valves of falling liquid, the 65 anti-icing fluid valves of falling liquid, 66 antifreeze Liquid pours out pump, 67 dilution anti-icing fluid injection pumps, 68 anti-icing fluid drying purification tank, 69 anti-icing fluid drying heating secondary pump, 70 antifreeze Liquid heating heat exchanger, the 71 anti-icing fluid valves of falling liquid, the 72 anti-icing fluid valves of falling liquid, 73 anti-icing fluid drying heating pump, 74 domestic hot-waters Rear pump, 75 domestic hot-water's output interfaces, 76 tap water moisturizing interfaces, 77 purification anti-icing fluid, 78 domestic hot-water's circulating pumps, 79 lifes Hot water water tank living, 80 refrigeration compressors, 81 coupling cycle tanks.
Specific embodiment
The technical solution of the utility model is further illustrated below in conjunction with the accompanying drawings and by specific embodiment.
Such as Fig. 1 a, Fig. 1 b, it is that the cold defrost of this utility model surface cooling air heat exchanger positive displacement spray aproll is embodied as Structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, Positive displacement spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16 are constituted. Positive displacement spray aproll device 9 is configured in the top upper bit of surface cooling air heat exchanger 1, needs to spray aproll circulating pump during defrost 15 Jing of anti-icing fluid spray aprolls circulation pipe 13 is input into positive displacement spray aproll device 9 by 14 operations, by positive displacement spray aproll dress The uniform coil pipe 2 and fin 3 to surface cooling air heat exchanger 1 of spray nozzle 8 for putting the configuration of 9 bottoms sprays anti-icing fluid 15, coil pipe 2 The frost gathered with fin 3, is just melted in rapidly anti-icing fluid in this, is realized cold defrost after running into anti-icing fluid 15.Cold defrost In journey, operation of heat pump is not affected, and there is no commutation, and heat pump heating operation is steady, and aproll circulating pump 14 is sprayed during defrost The power consumption of operation is very low.
Such as Fig. 2 a, Fig. 2 b, it is that the cold defrost of this utility model surface cooling air heat exchanger push pipe formula spray aproll is embodied as Structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, water receiving at the top of surface cooler At the top of disk 16 and surface cooler, tubular type spray water knockout drum 18 is constituted.At the top of surface cooler, tubular type spray aproll device 10 is configured in surface cooling The top upper bit of air heat exchanger 1, sprays aproll circulating pump 14 and runs 15 Jing of anti-icing fluid spray aproll circulations when needing defrost Tubular type spray aproll device 10 at the top of the input surface cooler of pipe 13, is configured below by tubular type spray aproll device 10 at the top of surface cooler The uniform coil pipe 2 and fin 3 to surface cooling air heat exchanger 1 of spray nozzle 8 sprays anti-icing fluid 15, and coil pipe 2 and fin 3 are gathered Frost, anti-icing fluid is just melted in rapidly after running into anti-icing fluid 15 in this, cold defrost is realized.If by a plurality of surface cooler head tube During formula spray aproll device 10, spraying water knockout drum 18 by tubular type at the top of surface cooler can uniformly to a plurality of surface cooler head tube Formula spray aproll device 10 distributes anti-icing fluid 15, makes 15 feed flow of anti-icing fluid uniform, improves cold defrost effect.
Such as Fig. 3, it is that this utility model surface cooler head tube and the cold defrost of both sides tubular type spray aproll are embodied as structure and show It is intended to.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, surface cooler At the top of side pipe formula spray aproll device 7, surface cooler, tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll are followed Tubular type spray water knockout drum 18 and surface cooler both sides tubular type spray water knockout drum at the top of ring pump 14, anti-icing fluid 15, drip tray 16, surface cooler 19 are constituted.Surface cooler side pipe formula spray aproll device 7 is configured in the both sides of the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1, At the top of surface cooler, tubular type spray aproll device 10 is configured in the top of the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1, coldization When white, by tubular type spray aproll device 10 at the top of surface cooler and surface cooler side pipe formula spray aproll device 7, while empty to surface cooling The coil pipe 2 of gas heat exchanger 1 and the spray anti-icing fluid 15 of fin 3, make cold defrost more Quick uniform.
Such as Fig. 4, it is that the tower cold defrost of this utility model surface cooling air heat exchanger adverse current is embodied as structural representation.By Tubular type spray aproll device 10, spray at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41 and tower blower fan 43 are constituted.Table is cold Formula air heat exchanger 1 is configured at the top of the surface cooler in reverse-flow wind-energy tower 6 below tubular type spray aproll device 10, and in tower Above air inlet 41, tower blower fan 43 is configured at the top of surface cooler above tubular type spray aproll device 10, and drip tray 16 is configured In the bottom of reverse-flow wind-energy tower 6, and below tower air inlet 41.During cold defrost, by tubular type spray aproll at the top of surface cooler Device 10, sprays anti-icing fluid 15 to the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1, realizes cold defrost.Tower blower fan 43 runs, Air Jing towers air inlet 41 is inhaled into, and winter provides atmospheric heat to two surface cooling air heat exchangers 1, and summer is empty by surface cooling The condensation heat of gas heat exchanger 1 is by 43 row of tower blower fan to air.
Such as Fig. 5, it is that the tower cold defrost of this utility model surface cooling air heat exchanger crossing current is embodied as structural representation.By Surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, spray aproll circulation pipe 13, spray aproll are followed Ring pump 14, anti-icing fluid 15, drip tray 16, cross-flow type wind-energy tower 40 and tower blower fan 43 are constituted.Two surface cooling air heat exchangers 1 are matched somebody with somebody Put below two positive displacement spray aproll devices 9 in cross-flow type wind-energy tower 40, and above drip tray 16.Cold defrost When, anti-icing fluid is supplied by spraying 13 to two positive displacements spray aproll devices 9 of aproll circulation pipe from spray aproll circulating pump 14, by Spray nozzle 8 below two positive displacement spray aproll devices 9 is sprayed to the coil pipe 2 and fin 3 of two surface cooling air heat exchangers 1 Anti-icing fluid 15, realizes cold defrost.Tower blower fan 43 runs, and two surface cooling air heat exchangers 1 of air Jing enter cross-flow type wind-energy tower 40, winter provides atmospheric heat to two surface cooling air heat exchangers 1, and summer is by condensation heat by 43 row of tower blower fan to air.
Such as Fig. 6, it is that this utility model surface cooling air heat exchanger head tube and the cold defrost heat pump of side pipe formula spray aproll are empty Tune is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of mouth 8, surface cooler side pipe formula spray aproll device 7, surface cooler, It is spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, cold and hot Wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24 and expansion valve 25 are constituted.
Winter, during heating operation, the configuration anti-icing fluid 15 of drip tray 16.Refrigeration compressor 20 operates, high-temperature exhaust air Jing four-ways The a ends of reversal valve 21 are input into and get in cold-hot wind heat exchanger 23 by the d ends of four-way change-over valve 21, condense to indoor release Heating, the expanded valve 25 of condensed cold-producing medium are input into 2 absorption air heat of coil pipe by refrigernant collector 5 after throttling, overheated Refrigerant gas Jing coolant flow dividers 4 entered by the b ends of four-way change-over valve 21, transported to by the c ends of four-way change-over valve 21 The suction end of refrigeration compressor 20, repeats above-mentioned heating operation Jing after refrigeration compressor 20 compresses.During cold defrost, spray aproll is followed Ring pump 14 operates, and 15 Jing of anti-icing fluid spray aprolls circulation pipe 13 is input into tubular type spray aproll device 10 and surface cooler at the top of surface cooler Side pipe formula spray aproll device 7, while spraying anti-icing fluid 15 to the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1, rapidly will The frost of surface cooling air heat exchanger 1 is melted, and realizes cold defrost running.Outdoor fan 17 operates, and air is by surface cooling air Enter between the coil pipe 2 and fin 3 of heat exchanger 1, atmospheric heat is supplied to into 2 interior circulation of coil pipe by surface cooling air heat exchanger 1 Cold-producing medium.Supercool air drains into air by outdoor fan 17, realizes that conventional air-cooled heat pump provides the process of air energy.This reality Apply a winter can with by tubular type spray aproll device 10 at the top of surface cooler and surface cooler side pipe formula spray aproll device 7, while Continuous coil pipe 2 and fin 3 to surface cooling air heat exchanger 1 sprays anti-icing fluid 15, using anti-icing fluid and surface cooling air heat-exchange Device 1 exchanges heat, and realizes frostless heating fortune.The present embodiment surface cooler side pipe formula spray aproll device 7, is sprayed by surface cooler both sides tubular type Aproll device 7, sprays anti-icing fluid to the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1 jointly.
Summer, during refrigerating operaton, anti-icing fluid 15 is replaced by tap water.Refrigeration compressor 20 operates, high-temperature exhaust air Jing four-ways The a ends of reversal valve 21 are input into and by the b ends Jing coolant flow dividers 4 of four-way change-over valve 21 into surface cooling air heat exchanger 1 Coil pipe 2 release condensation heat, the heat is from 17 row of outdoor fan to air.Condensed cold-producing medium is input into by refrigernant collector 5 Expansion valve 25, expanded valve 25 are input into indoor cold-hot wind heat exchanger 23 after throttling, evaporation absorbs and circulated by room conditioning blower fan 24 Heat in the room air for flowing through, carries out refrigeration air-conditioner operation to interior, the d ends of overheated cold-producing medium by four-way change-over valve 21 Into the c ends of Jing four-way change-over valves 21 are sucked by refrigeration compressor 20, continue the above-mentioned refrigeration air-conditioner operation of compression repetition.When entering When entering extremely hot season, cause condensation temperature too high, 20 power consumption of refrigeration compressor increase, by tubular type spray aproll at the top of surface cooler Device 10 and surface cooler side pipe formula spray aproll device 7, while spraying certainly to the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1 Water, reduces condensation temperature, improves the refrigerating efficiency of heat pump, reduces power consumption, realizes wind energy heat pump water cooling energy-saving run.This Embodiment surface cooler side pipe formula spray aproll device 7, it is by surface cooler both sides tubular type spray aproll device 7, jointly empty to surface cooling The coil pipe 2 of gas heat exchanger 1 and the spray tap water of fin 3.
Such as Fig. 7, it is that the cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger positive displacement spray aproll is specifically real Apply structural representation.By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, volume Formula spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17th, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24 and expansion valve 25 constitute., in addition to spraying aproll device shape and be different, other are just the same for Fig. 7 and Fig. 6.During cold defrost 15 Jing of anti-icing fluid spray aprolls circulation pipe 13 is input into positive displacement spray aproll device 9 by spray aproll circulating pump 14, is passed through The uniform coil pipe 2 and fin 3 to surface cooling air heat exchanger 1 of spray nozzle 8 that positive displacement spray aproll device 9 is configured below is certainly Upper spray anti-icing fluid downwards, completes cold defrost process.Other courses of work are identical with Fig. 6, and explanation is not repeated.
Such as Fig. 8, it is that the cold defrost heat pump air conditioner of tubular type spray aproll is concrete at the top of this utility model surface cooling air heat exchanger Implement structural representation.By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, table Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray at the top of cooler 16th, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, Room conditioning blower fan 24 and expansion valve 25 are constituted.Fig. 8 and Fig. 6 has only lacked surface cooler side pipe formula spray aproll device 7, by independent At the top of surface cooler, tubular type spray aproll device 10, from up to down sprays to the coil pipe 2 and fin 3 of surface cooling air heat exchanger 1 anti- Freeze liquid, complete cold defrost process.Other parts are just the same with Fig. 6, and its running is not repeated to introduce.
Fig. 9, this utility model surface cooling air heat exchanger head tube and the cold defrost recuperation of heat heat of both sides tubular type spray aproll Pump air-conditioning is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, Tubular type spray aproll device 10, spray aproll circulation pipe at the top of spray nozzle 8, surface cooler side pipe formula spray aproll device 7, surface cooler 13rd, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, cold Hot blast air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24, expansion valve 25, domestic hot-water's output interface 42, Recuperation of heat heat exchange coil 44, recuperation of heat water tank 45, anti-icing fluid drying sublimation pump 46, anti-icing fluid drying purification coil pipe 47 and originally Water moisturizing interface 76 is constituted.
When winter heating runs, due to containing certain moisture content in air, outdoor fan 17 operates, and air skims over surface cooling When the coil pipe 2 of air heat exchanger 1 and fin 3, due to 2 interior circulation of coil pipe cold-producing medium temperature well below outside air temperature, because This, in air, moisture content is condensed upon.It is above-mentioned during cold defrost Frost again incorporated anti-icing fluid among, time length just causes anti-icing fluid to be diluted, anti-icing fluid dilution to a certain extent when, can drop Low anti-icing fluid freezing point temperature, causes anti-icing fluid to freeze, and loses cold defrosting function.When refrigeration compressor 20 runs, high-temperature exhaust air first leads to Recuperation of heat heat exchange coil 44 is crossed, partial condensation heat is discharged to 45 heating domestic hot water of recuperation of heat water tank, afterwards high-temperature exhaust air The a of Jing four-way change-over valves 21 gets in cold-hot wind heat exchanger 23 by the d of four-way change-over valve 21 again, condenses thermal recovery to indoor release Warm heat supply.Hot water, in addition to supplying domestic hot-water, is input into by the hot water of recuperation of heat water tank 45 by anti-icing fluid drying sublimation pump 46 Anti-icing fluid drying purification 47 pairs, coil pipe dilution anti-icing fluid heating, dilution anti-icing fluid be heated after water evaporates, using domestic hot-water plus Moisture content in the dry anti-icing fluid 15 being diluted of baking the affected part after applying some drugs, realizes the purpose to diluting anti-icing fluid purification.
Such as Figure 10, it is the cold defrost heat recovery heat pump air conditioner of this utility model surface cooling air heat exchanger positive displacement spray aproll It is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8th, positive displacement spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, room Outer blower fan 17, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, Interior Space Blower fan 24, expansion valve 25, domestic hot-water's output interface 42, recuperation of heat heat exchange coil 44, recuperation of heat water tank 45, anti-icing fluid is adjusted to dry Dry sublimation pump 46, anti-icing fluid drying purification coil pipe 47 and tap water moisturizing interface 76 are constituted.Fig. 9 is increased on the basis of Fig. 7 It is configured with heat reclamation device.The process of Figure 10 winters cold defrost is just the same with Fig. 9, here just not repeated description.
Such as Figure 11, it is that the cold defrost heat-recovery heat pump of tubular type spray aproll is empty at the top of this utility model surface cooling air heat exchanger Tune is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of mouth 8, surface cooler, spray aproll circulating pump 14, anti-icing fluid 15, Drip tray 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchange Device 23, room conditioning blower fan 24, expansion valve 25, domestic hot-water's output interface 42, recuperation of heat heat exchange coil 44, recuperation of heat water tank 45th, anti-icing fluid drying sublimation pump 46, anti-icing fluid drying purification coil pipe 47 and tap water moisturizing interface 76 are constituted.Figure 11 winter coldization The process of frost is just the same with Fig. 9, here just not repeated description.
Figure 12, is that the cold defrost heat-pump hot-water of this utility model surface cooling air heat exchanger positive displacement spray aproll or accumulation of energy are empty Device is adjusted to be embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, Spray nozzle 8, positive displacement spray aproll device 9, domestic hot-water's water tank 11, domestic hot-water's heating coil 12, spray aproll circulation Pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, expansion valve 25, life Hot water output interface 42 and tap water moisturizing interface 76 are constituted.Figure 12 is life hot water apparatus, and during operation, condensation heat is all by giving birth to Hot water heating coils 12 living be released in 11 hot water of domestic hot-water's water tank this.If Figure 12 is after heat pump configuration four-way change-over valve, Energy storage air conditioner can also be realized, now domestic hot-water's water tank 11 constitutes air-conditioning hot water or cold water's energy storage water tank, domestic hot-water is defeated Outgoing interface 42 and tap water moisturizing interface 76 are connected with air conditioning terminal fan coil system, constitute air conditioning terminal output system.Its Its course of work is same as above, is not repeated.
Figure 13, is the cold defrost heat-pump hot-water of tubular type spray aproll or accumulation of energy at the top of this utility model surface cooling air heat exchanger Air-conditioning device is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5th, tubular type spray aproll device 10, domestic hot-water's water tank 11, domestic hot-water's heating coil 12, spray at the top of spray nozzle 8, surface cooler Drench aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, swollen Swollen valve 25, domestic hot-water's output interface 42 and tap water moisturizing interface 76 are constituted.Figure 13 and Figure 12 is only different from spray aproll dress The form put, other are just the same, and explanation is not repeated.
Figure 14, is this utility model surface cooling air heat exchanger head tube and the cold defrost Heat Pump of both sides tubular type spray aproll Water or energy storage air conditioner are embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, system Tubular type spray aproll device 10, life at the top of cryogen collector 5, spray nozzle 8, surface cooler side pipe formula spray aproll device 7, surface cooler Hot water water tank 11, domestic hot-water's heating coil 12, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, connect Water pond 16, outdoor fan 17, refrigeration compressor 20, expansion valve 25, domestic hot-water's output interface 42 and tap water moisturizing interface 76 Constitute.Figure 14 and Figure 12 is only different from the form of spray aproll device, and other are just the same, and explanation is not repeated.
Figure 15, is the cold defrost hot water of tubular type spray aproll or energy accumulation air conditioner at the top of this utility model surface cooling air heat exchanger Device is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray Drench tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid at the top of mouth 8, surface cooler 15th, drip tray 16, outdoor fan 17, refrigeration compressor 20, expansion valve 25, condenser 26, domestic hot-water's output interface 42, originally Water moisturizing interface 76, domestic hot-water's circulating pump 78 and domestic hot-water's water tank 79 are constituted.Figure 15 domestic hot-waters are by condenser 26 heating operations, the condensed 26 refrigerant side condensing heat-exchange of device of the operation aerofluxuss of refrigeration compressor 20 is to 26 water side opposite of condenser Hot water heating living.The condensed 26 water side of device of tap water is circulated to domestic hot-water's water tank 79 by domestic hot-water's circulating pump 78, will be by The hot water of 26 water side of condenser heating is stored among domestic hot-water's water tank 79, is supplemented originally by tap water moisturizing interface 76 Water, exports domestic hot-water by domestic hot-water's output interface 42.The present embodiment, if after configuration four-way change-over valve 21, may be constructed Energy storage air conditioner, now, domestic hot-water's water tank 79 just constitutes energy storage water tank, winter accumulation of heat water warm heat supply；Cool-storage in summer Freeze water refrigeration air-conditioner.It is changed to be connected with air conditioning terminal system by domestic hot-water's output interface 42 and tap water moisturizing interface 76, To the fan coil output cold-hot water air conditioning operation of air conditioning terminal.
Figure 16, is that the cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger positive displacement spray aproll is embodied as Structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, positive displacement Spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, Refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33 and fan coil 36 are constituted. The hot water or cold water of Figure 16 air-conditionings is run by the heat exchange of condenser 26.Winter, the operation of refrigeration compressor 20 aerofluxuss during heating operation The a inputs of Jing four-way change-over valves 21 enter 26 refrigerant side of condenser by d and condense heat release, the heating to the circulation of 26 water side of condenser Water is heated, and its process is that, by the condensed 26 water side of device of 33 circulating heating water of air conditioning terminal circulating pump to fan coil 36, hot water leads to 36 blowing hot-air of fan coil is crossed to air-conditioned room heating operation, the expanded valve 25 of condensed cold-producing medium throttle after by cold-producing medium collection The input surface cooling of pipe 5 air heat exchanger 1, after evaporation absorbs outdoor air heat, by 4 Jing four-way change-over valves 21 of coolant flow divider B input sucked by refrigeration compressor 20 by c, continue compression circulation realize heating operation.Summer, freeze when refrigeration air-conditioner runs The a inputs of operation its aerofluxus Jing of compressor 20 four-way change-over valves 21 are changed into surface cooling air by b output Jing coolant flow dividers 4 Hot device 1 condenses heat release, and after condensation, cold-producing medium is by refrigernant collector 5, expansion valve 25,26 refrigerant side of condenser, four-way change-over valve C input 20 suction ends of refrigeration compressor of 21 d Jing four-way change-over valves 21, continue compression circulation and realize above-mentioned refrigeration air-conditioner fortune OK.
Figure 17, is that the cold defrost heat pump air conditioner of tubular type spray aproll is specifically real at the top of this utility model surface cooling air heat exchanger Apply structural representation；It is cold by surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, table Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of device, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, Outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33 and blower fan Coil pipe 36 is constituted.Figure 17 and Figure 16 is different from spray aproll device form, and other are just the same with Figure 16.
Figure 18：This utility model surface cooling air heat exchanger head tube and the cold defrost heat pump air conditioner of both sides tubular type spray aproll It is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8th, tubular type spray aproll device 10, spray aproll circulation pipe 13, spray at the top of surface cooler side pipe formula spray aproll device 7, surface cooler Drench aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25th, condenser 26, air conditioning terminal circulating pump 33 and fan coil 36 are constituted.Figure 18 and Figure 16 is different from spray aproll device shape Formula, other are just the same with Figure 16.
Figure 19：It is that the cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger positive displacement spray aproll is concrete Implement structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, appearance Product formula spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor wind Machine 17, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage Switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, Dan Shuan Level conversion valve 35 and fan coil 36 are constituted.
During winter operation, single twin-stage switching valve 35 cuts out, and single twin-stage switching valve 29 and single twin-stage switching valve 34 are opened, by cold The coupled circulating pump of 26 water side of condenser output hot water 27 is circulated by 26 water side of condenser by single twin-stage switching valve 29 to vaporizer 28 water sides are back to coupling cycle pump 27, the system that the heat coupled and heat-exchange that prime heat pump is exported is circulated to 28 refrigerant side of vaporizer In cryogen, by 30 second-compressed of cold-producing medium Jing refrigeration compressors of prime heat, aerofluxuss condense heat release by condenser 31, To the heating water condensation heating circulated by air conditioning terminal circulating pump 33.Heating water circulation path is by 33 Jing of air conditioning terminal circulating pump Single twin-stage switching valve 34 is back to air conditioning terminal circulating pump 33 to fan coil 36 by 31 water side of condenser, completes heating fortune OK.
During cooling in summer operation of air conditioner, rear class heat pump need not run, only prime refrigerating operaton.Now single twin-stage conversion Valve 34 and single twin-stage switching valve 29 are closed, and single twin-stage switching valve 35 is opened, and the chilled water Jing of the circulation of air conditioning terminal circulating pump 33 is mono- Twin-stage switching valve 35 is input into fan coil 36 to 26 water side Jing pipelines of condenser and runs to blows cold wind indoors refrigeration air-conditioner.
Figure 20：It is the cold defrost double stage heat pump air-conditioning tool of tubular type spray aproll at the top of this utility model surface cooling air heat exchanger Body implements structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray nozzle 8, Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, water receiving at the top of surface cooler Disk 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, evaporation Device 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage turn Change valve 34, single twin-stage switching valve 35 and fan coil 36 to constitute.Figure 20 and Figure 19 are different from spray aproll device form, other with Figure 19 is just the same.
Figure 21：This utility model surface cooling air heat exchanger head tube and the cold defrost double stage heat pump of both sides tubular type spray aproll Air-conditioning is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, refrigernant collector 5, spray Drench tubular type spray aproll device 10, spray aproll circulation pipe at the top of mouth 8, surface cooler side pipe formula spray aproll device 7, surface cooler 13rd, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, outdoor fan 17, refrigeration compressor 20, four-way change-over valve 21, swollen It is swollen valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, swollen Swollen valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35 and fan coil 36 are constituted.Figure 21 with Figure 19 is different from spray aproll device form, and other are just the same with Figure 19.
Figure 22：It is the cold defrost double stage heat pump hot water of this utility model surface cooling air heat exchanger positive displacement spray aproll or storage Energy air-conditioning device is embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, coolant flow divider 4, cold-producing medium collection Pipe 5, spray nozzle 8, positive displacement spray aproll device 9, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, connect Water pond 16, outdoor fan 17, refrigeration compressor 20, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage Switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, Dan Shuan Level conversion valve 35, domestic hot-water's output interface 42, tap water moisturizing interface 76, domestic hot-water's circulating pump 78 and domestic hot-water's water storage Tank 79 is constituted.Figure 22 can also constitute energy-storage air conditioner system after prime heat pump configuration four-way change-over valve.
Figure 23：It is that this utility model surface cooling air heat exchanger tower cold defrost heat pump air conditioner of adverse current is embodied as structure and shows It is intended to；By tubular type spray aproll device at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler 10th, aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, the commutation of refrigeration compressor 20, four-way are sprayed Valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24, expansion valve 25,41 and of tower air inlet Tower blower fan 43 is constituted.Surface cooling air heat exchanger 1 is configured and wind energy heat-exchanger rig is constituted in reverse-flow wind-energy tower 6 by Figure 23.Winter During season 43 operation of tower blower fan, air is entered by tower air inlet 41, and air is the coil pipe 2 and fin 3 from surface cooling air heat exchanger 1 Enter below, anti-icing fluid 15 is input into into tubular type spray at the top of surface cooler by spraying aproll circulation pipe 13 by spray aproll circulating pump 14 Aproll device 10 is drenched, anti-icing fluid is sprayed to surface cooling air heat exchanger above tubular type spray aproll device 10 from the top of surface cooler 1, air rubs cold defrost and heat exchange in surface cooling air heat exchanger 1 and anti-icing fluid adverse current, supercool 43 row of air Jing towers blower fan To air.Summer, anti-icing fluid 15 are replaced by clear water, and surface cooling air heat exchanger 1 realizes that water cooling energy-saving type air conditioner runs.
Figure 24：It is that flow over tower cold defrost heat pump air conditioner of this utility model surface cooling air heat exchanger is embodied as structure and shows It is intended to.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, spray aproll circulation pipe 13, spray Drench aproll circulating pump 14, anti-icing fluid 15, drip tray 16, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, Indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24, expansion valve 25, cross-flow type wind-energy tower 40 and tower blower fan 43 are constituted.Figure 24 Different from the mode that Figure 23 is tower, other are just the same.When tower blower fan 43 runs, air is by surface cooling air heat exchanger 1 coil pipe 2 and 3 horizontal cross of fin enter cross-flow type wind-energy tower 40, and air is laterally to skim over surface cooling air heat exchanger 1 complete Into with air heat-exchange process.
Figure 25, is that the tower cold defrost heat recovery heat pump air conditioner of this utility model surface cooling air heat exchanger adverse current is embodied as Structural representation.Dissipated by tubular type spray at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Water installations 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, tower wind Machine 43, refrigeration compressor 20, four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning wind Machine 24, expansion valve 25, domestic hot-water's output interface 42, recuperation of heat heat exchange coil 44, the drying of recuperation of heat water tank 45, anti-icing fluid are carried Pure pump 46, anti-icing fluid drying purification coil pipe 47 and tap water moisturizing interface 76 are constituted.Figure 25 passes through domestic hot-water's heating, drying simultaneously Purification dilution anti-icing fluid.
Figure 26, is that the tower cold defrost heat recovery heat pump air conditioner of this utility model surface cooling air heat exchanger crossing current is embodied as Structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40th, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20, Four-way change-over valve 21, cold-hot wind air conditioning terminal 22, indoor cold-hot wind heat exchanger 23, room conditioning blower fan 24, expansion valve 25, life Hot water output interface 42, recuperation of heat heat exchange coil 44, drying sublimation pump 46, the anti-icing fluid drying of recuperation of heat water tank 45, anti-icing fluid Purification coil pipe 47 and tap water moisturizing interface 76 are constituted.
Figure 27, is that the tower cold defrost fan coil heat pump air conditioner of this utility model surface cooling air heat exchanger adverse current is specifically real Apply structural representation.Sprayed by tubular type at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, tower Blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33 and fan coil 36 are constituted.
Figure 28, is that this utility model surface cooling air heat exchanger flows over tower cold defrost fan coil heat pump air conditioner specifically in fact Apply structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40th, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20, Four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33 and fan coil 36 are constituted.
Figure 29：It is the tower cold defrosting type wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger adverse current or storage Can air-conditioning device；Dissipated by tubular type spray at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Water installations 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, tower wind Machine 43, refrigeration compressor 20, expansion valve 25, condenser 26, domestic hot-water's output interface 42, tap water moisturizing interface 76, life Hot water circulating pump 78 and domestic hot-water's water tank 79 are constituted.
Figure 30：It is the tower cold defrosting type wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger crossing current or storage Can air-conditioning device；By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40th, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20, Expansion valve 25, condenser 26, domestic hot-water's output interface 42, tap water moisturizing interface 76, domestic hot-water's circulating pump 78 and life Hot water water tank 79 is constituted.
Figure 31, is that the tower cold defrost configuration anti-icing fluid fluid reservoir heat pump of this utility model surface cooling air heat exchanger adverse current is empty Tune is embodied as structural representation.At the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air intake Mouth 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33, wind Machine coil pipe 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, anti-icing fluid fall liquid Valve 65 and anti-icing fluid are poured out pump 66 and are constituted.Winter, among moisture content during cold defrost in air can be dissolved in anti-icing fluid 15, moisture content with The lengthening of run time, can collect more and more, and after causing anti-icing fluid dilution, volume increases, antifreeze in order to reclaim the excessive dilution of expansion Liquid 58, system configuration anti-icing fluid fluid reservoir 57 reclaim the dilution anti-icing fluid 58 of expansion.During recovery, the anti-icing fluid valve of falling liquid 62 cuts out, and prevents Freeze the liquid valve of falling liquid 63 to open, unnecessary dilution anti-icing fluid 58 is poured into anti-icing fluid fluid reservoir 57 by spray aproll circulating pump 14 and stored, Anti-icing fluid to be diluted 58 after anti-icing fluid fluid reservoir 57 is allocated properly is poured out the 66 Jing anti-icing fluid valve of falling liquid 65 of pump by anti-icing fluid and is injected Among the anti-icing fluid 15 of drip tray 16, change the concentration of anti-icing fluid 15.
Figure 32, is that the tower cold defrost configuration anti-icing fluid fluid reservoir heat pump of this utility model surface cooling air heat exchanger crossing current is empty Tune is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, crossing current Formula wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration Compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33, the storage of fan coil 36, anti-icing fluid Flow container 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65 and anti-icing fluid are poured out Pump 66 is constituted., from Figure 31 in addition to turriform formula is different, remaining is identical, and explanation is not repeated for Figure 32.
Figure 33, is the tower cold defrost configuration anti-icing fluid drying purifying plant of this utility model surface cooling air heat exchanger adverse current Heat pump air conditioner is embodied as structural representation.It is cold by surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, table Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of device, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, Tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, the circulation of condenser 26, air conditioning terminal Pump 33, fan coil 36, anti-icing fluid drying purification coil pipe 47 and anti-icing fluid drying purification valve 48 are constituted.Figure 33 matches somebody with somebody in drip tray 16 Anti-icing fluid drying purification coil pipe 47 is put, winter is purified to anti-icing fluid drying by anti-icing fluid drying purification valve 48 using heating hot water Coil pipe 47 provides hot water, to diluting the purification of 15 heating, drying of anti-icing fluid.
Figure 34, is the tower cold defrost configuration anti-icing fluid drying purifying plant of this utility model surface cooling air heat exchanger crossing current Heat pump air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9th, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43rd, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33, fan coil 36, anti- Freeze liquid drying purification coil pipe 47 and anti-icing fluid drying purification valve 48 is constituted., from Figure 33 in addition to turriform formula is different, other are complete for Figure 34 It is exactly the same.
Figure 35, is that the double heat pump air conditioners of the tower cold defrost of this utility model surface cooling air heat exchanger crossing current are embodied as structure Schematic diagram.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40, spray Drench aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20, four-way Reversal valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33, fan coil 36, four-way change-over valve 49, expansion valve 51, Cold-hot wind air conditioning terminal 54, indoor cold-hot wind heat exchanger 55, room conditioning blower fan 56 and refrigeration compressor 80 are constituted.Figure 35 be by The air conditioning system that two identical heat pumps are constituted, symmetrically make use of two surface cooling air heat exchangers 1 to constitute double wind energy heat exchange systems System, remaining is just the same with single heat pump.
Figure 36, is that the double heat pump air conditioners of the tower cold defrost fan coil of this utility model surface cooling air heat exchanger crossing current are concrete Implement structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind energy Tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20th, four-way change-over valve 21, expansion valve 25, condenser 26, air conditioning terminal circulating pump 33, fan coil 36, four-way change-over valve 49, cold Condenser 50, expansion valve 51, air conditioning terminal circulating pump 52, fan coil 53 and refrigeration compressor 80 are constituted.Figure 36 and Figure 35 is distinguished That air conditioning terminal is different, Figure 35 be condensation heat directly with cold-hot wind form operation of air conditioner, and Figure 36 is converted into by condensation heat After hot and cold water form, cold-hot wind operation of air conditioner is blown from fan coil to interior, other are.
Figure 37, is that the tower cold defrost anti-icing fluid fluid reservoir configuration drying of this utility model surface cooling air heat exchanger adverse current is carried Pure heat exchanger heat pump air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind energy Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of tower 6, surface cooler, spray aproll circulating pump 14, anti-icing fluid 15, Drip tray 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, air-conditioning End circulating pump 33, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, anti-icing fluid drying purification heat exchanger 59, baking Dry purification heat exchanger secondary pump 60, drying purification pump 61 of heat exchanger, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, prevent Freeze the liquid valve of falling liquid 64 and the anti-icing fluid valve of falling liquid 65 is constituted.Heating hot water is exchanged heat by Figure 37 using anti-icing fluid drying purification heat exchanger 59 To 57 pairs of dilution 58 heating, dryings of anti-icing fluid of anti-icing fluid fluid reservoir.It is heating is hot by purification pump 61 of heat exchanger is dried during operation Heat is changed by anti-icing fluid drying purification 59 primary side of heat exchanger by water circulation to anti-icing fluid drying purification 59 primary side of heat exchanger Heat passes through anti-icing fluid fall liquid valve 64 Jing by drying purification heat exchanger secondary pump 60 to anti-icing fluid drying purification 59 secondary side of heat exchanger Anti-icing fluid drying purification 59 secondary side of heat exchanger is to circulation dilution 58 heating, drying of anti-icing fluid.The anti-icing fluid of purification is by drying purification Among the anti-icing fluid 15 of the injection drip tray 16 of the 60 Jing anti-icing fluid valve of falling liquid of heat exchanger secondary pump 65, now the anti-icing fluid valve of falling liquid 64 is closed Close.Drying purifies the function of 60 also part-time circulation stirring anti-icing fluid raw material of heat exchanger secondary pump, and now the anti-icing fluid valve of falling liquid 65 is closed Close, open the anti-icing fluid valve of falling liquid 64.The heating, drying benefit can be by drying purification 61 start-stop of pump of heat exchanger or change Frequency automatically controls heating-up temperature and effect, heating, drying management easy to automate.
Figure 38, is that the tower cold defrost anti-icing fluid fluid reservoir configuration drying of this utility model surface cooling air heat exchanger crossing current is carried Pure heat exchanger heat pump air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray Aproll device 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, Tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, the circulation of condenser 26, air conditioning terminal Pump 33, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, anti-icing fluid drying purification heat exchanger 59, drying purification are changed Hot device secondary pump 60, drying purification pump 61 of heat exchanger, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, anti-icing fluid fall liquid Valve 64 and the anti-icing fluid valve of falling liquid 65 are constituted., from Figure 37 in addition to turriform formula is different, other are just the same for Figure 38.
Figure 39, is that the tower cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger adverse current is embodied as knot Structure schematic diagram.By tubular type spray aproll at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, tower blower fan 43rd, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, second level vaporizer 28, list Twin-stage switching valve 29, second level refrigeration compressor 30, second level condenser 31, second level expansion valve 32, air conditioning terminal circulating pump 33rd, single twin-stage switching valve 34, single twin-stage switching valve 35 and fan coil 36 are constituted.
Figure 39 is the ultralow temperature wind energy heat pump unit for severe cold area utility model.During winter operation, single twin-stage switching valve 35 close, and single twin-stage switching valve 29 and single twin-stage switching valve 34 are opened, by the coupled circulating pump of 26 water side of condenser output hot water 27 circulations are back to coupling cycle pump 27 to 28 water side of vaporizer by single twin-stage switching valve 29 by 26 water side of condenser, by prime heat In the cold-producing medium that the heat coupled and heat-exchange of pump output is circulated to 28 refrigerant side of vaporizer, by the cold-producing medium Jing of prime heat 30 second-compressed of refrigeration compressor, aerofluxuss condense heat release, the heating to being circulated by air conditioning terminal circulating pump 33 by condenser 31 Water condensation is heated.Heating water circulation path is to pass through 31 water side of condenser by the mono- twin-stage switching valves 34 of 33 Jing of air conditioning terminal circulating pump Air conditioning terminal circulating pump 33 is back to fan coil 36, heating operation is completed.
During cooling in summer operation of air conditioner, rear class heat pump need not run, only prime refrigerating operaton.Now single twin-stage conversion Valve 34 and single twin-stage switching valve 29 are closed, and single twin-stage switching valve 35 is opened, and the chilled water Jing of the circulation of air conditioning terminal circulating pump 33 is mono- Twin-stage switching valve 35 is input into fan coil 36 to 26 water side Jing pipelines of condenser and runs to blows cold wind indoors refrigeration air-conditioner.
Figure 40, is that the tower cold defrost double stage heat pump air-conditioning of this utility model surface cooling air heat exchanger crossing current is embodied as knot Structure schematic diagram.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40, Spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20, four Logical reversal valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30th, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35 and fan coil 36 are constituted., from Figure 39 in addition to turriform formula is different, other are just the same for Figure 40.
Figure 41：It is the tower cold defrosting type twin-stage wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger adverse current Or energy storage air conditioner；Sprayed by tubular type at the top of surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Drench aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, Tower blower fan 43, refrigeration compressor 20, expansion valve 25, condenser 26, coupling cycle pump 27, second level vaporizer 28, single twin-stage turn Change valve 29, second level refrigeration compressor 30, second level condenser 31, second level expansion valve 32, air conditioning terminal circulating pump 33, Dan Shuan Level conversion valve 34, single twin-stage switching valve 35, domestic hot-water's output interface 42, tap water moisturizing interface 76, domestic hot-water's circulating pump 78th, domestic hot-water's water tank 79 is constituted.After Figure 41 primes configuration four-way change-over valve, using the single twin-stage switching valve 34 in the second level and list Twin-stage switching valve 35 constitutes twin-stage wind energy heat pump energy-storage air conditioner system.
Figure 42：It is the tower cold defrosting type two-stage wind energy heat pump domestic hot-water of this utility model surface cooling air heat exchanger crossing current Or energy storage air conditioner；By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, cross-flow type wind energy Tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, refrigeration compressor 20th, expansion valve 25, condenser 26, coupling cycle pump 27, second level vaporizer 28, single twin-stage switching valve 29, second level refrigeration pressure Contracting machine 30, second level condenser 31, second level expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage turn Change valve 35, domestic hot-water's output interface 42, tap water moisturizing interface 76, domestic hot-water's circulating pump 78, domestic hot-water's water tank 79 Constitute., from Figure 41 in addition to turriform formula is different, other are just the same for Figure 42.
Figure 43, is the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage heat of this utility model surface cooling air heat exchanger adverse current Pump air-conditioning is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, surface cooler Top tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower Air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, steaming Send out device 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage Switching valve 34, single twin-stage switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62nd, the anti-icing fluid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65 and anti-icing fluid are poured out pump 66 and are constituted.Figure 43 is configured with anti-icing fluid fluid reservoir 57 The dilution anti-icing fluid 58 that storage expansion has more, other are just the same with Figure 39.
Figure 44, is the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage heat of this utility model surface cooling air heat exchanger crossing current Pump air-conditioning is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll device 9, Cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43, Refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage conversion Valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage turn Change valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, The anti-icing fluid valve of falling liquid 65 and anti-icing fluid are poured out pump 66 and are constituted.Figure 44 is different from from Figure 43 that turriform formula is different, and other are just the same.
Figure 45, is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger adverse current and coupling Tank double stage heat pump air-conditioning is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6th, at the top of surface cooler, tubular type sprays aproll device 10, spray aproll circulation pipe 13, sprays aproll circulating pump 14, anti-icing fluid 15, connects Water pond 16, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, evaporation Device 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage turn Change valve 34, single twin-stage switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, The anti-icing fluid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pour out pump 66 and coupling cycle tank 81 is constituted.Figure 41 is followed using coupling Ring tank 81 constitutes prime and rear class coupling cycle heat-exchanging loop, and other are just the same with Figure 39.By coupling cycle during winter operation The mono- twin-stages turn of Jing are circulated to coupling cycle tank 81 and by coupling cycle tank 81 in the water side of the condensed device of the circulation coupling water of pump 27 26 Changing valve 29 and coupling cycle pump 27 being back to 28 water side of second level vaporizer, prime heat is exchanged heat to second level evaporator with heat pump 28 Refrigerant side.Prime and rear class coupled and heat-exchange are completed using coupling cycle tank 81, other are identical with Figure 44.
Figure 46, is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger crossing current and coupling Tank double stage heat pump air-conditioning is embodied as structural representation.Dissipated by surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray Water installations 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower Blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, Dan Shuan Level conversion valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, list Twin-stage switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, anti-icing fluid fall liquid Valve 63, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pour out pump 66 and coupling cycle tank 81 is constituted.Figure 46 is from Figure 45 except turriform formula is different Outward, remaining is just the same.
Figure 47, is that the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage of this utility model surface cooling air heat exchanger adverse current stores Energy heat pump air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind-energy tower 6, table Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray at the top of cooler 16th, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28th, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage conversion Valve 34, single twin-stage switching valve 35, fan coil 36, accumulation of energy attemperater 37, energy storage circulation pump 38, output isolation heat exchanger 39, It is anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65, antifreeze Liquid is poured out pump 66, domestic hot-water's rear pump 74, domestic hot-water's output interface 75 and tap water moisturizing interface 76 and is constituted.Figure 47 is profit With the paddy electricity energy-storage air conditioner system that night is cheap.The hot water that condenser 31 is exported is stored during winter regenerative operation and be incubated in accumulation of energy In water tank 37, the cheap heating operation of hot water deposited needed for discharging during peak electricity tariff on daytime.Accumulation of energy is by 38 Jing Dan Shuan of energy storage circulation pump Level conversion valve 34 is back to accumulation of energy to 37 Jing of accumulation of energy attemperater output isolation 39 primary sides of heat exchanger by 31 water side of condenser and follows Ring pump 38, heating hot water is stored in accumulation of energy attemperater 37.When air conditioning terminal heating runs, circulated by air conditioning terminal 33 circulating heating water Jing of pump output isolation 39 secondary sides of heat exchanger are back to air conditioning terminal circulating pump 33 to fan coil 36, by wind Machine coil pipe 36 is run to indoor blowing hot-air heating.
Summer, by the mono- twin-stage switching valves 35 of 38 Jing of energy storage circulation pump by 26 water side of condenser to 37 Jing of accumulation of energy attemperater Output isolation 39 primary side of heat exchanger is back to energy storage circulation pump 38, and chilled water is stored in accumulation of energy attemperater 37.
Figure 47 due to the heating hot water of accumulation of energy attemperater 37, by export the system at isolation heat exchanger 39 and air-conditioning end every From, therefore, the heating hot water of accumulation of energy attemperater 37 is cleaning, it is possible to used as domestic hot-water.By domestic hot-water Rear pump 74 supplies domestic hot-water by domestic hot-water's output interface 75, supplements tap water by tap water moisturizing interface 76.
Figure 48, is that the tower cold defrost configuration anti-icing fluid fluid reservoir twin-stage of this utility model surface cooling air heat exchanger crossing current stores Energy heat pump air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray aproll dress Put 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, tower blower fan 43rd, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage turn Change valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage Switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63rd, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pours out pump 66, domestic hot-water's rear pump 74, domestic hot-water's output interface 75 and tap water Moisturizing interface 76 is constituted., in addition to turriform formula, remaining is identical for Figure 48 and Figure 47.
Figure 49, is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger adverse current and drying are carried Pure tank double stage heat pump air-conditioning is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow wind energy Tubular type spray aproll device 10, spray aproll circulation pipe 13 at the top of tower 6, surface cooler, spray aproll circulating pump 14, anti-icing fluid 15, Drip tray 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling Circulating pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, the circulation of expansion valve 32, air conditioning terminal It is pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, anti- Freeze the liquid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, injection pump 67, anti-icing fluid drying purification tank 68, the anti-icing fluid drying of dilution anti-icing fluid Heating secondary pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, the drying heating of the anti-icing fluid valve of falling liquid 72, anti-icing fluid Pump 73 and purification anti-icing fluid 77 are constituted.Figure 49 is independent anti-icing fluid drying purification configured behind in anti-icing fluid fluid reservoir 57 Tank 68, is easy to dilution anti-icing fluid 58 to pour out, pours into and heating, drying process, provides equipment to dilute the purification of anti-icing fluid 58 automatization Basis.When anti-icing fluid 15 dilutes serious expansion, Jing spray aprolls circulating pump 14 pours out a certain amount of dilution anti-icing fluid 58, while 77 equivalent of purification anti-icing fluid after purification is injected into water receiving by the anti-icing fluid drying heating 69 Jing anti-icing fluid valve of falling liquid 72 of secondary pump In disk 16, dilution anti-icing fluid 58 is added anti-icing fluid drying purification tank 68, this space-time by anti-icing fluid injection pump 67 is diluted by next step The anti-icing fluid fluid reservoir 57 for getting off prepares to receive the dilution anti-icing fluid 58 that drip tray 16 is discharged next time.Injection anti-icing fluid drying is carried Heating hot water is recycled to anti-icing fluid heating heat exchange by an anti-icing fluid drying pump 73 of heating by the dilution anti-icing fluid 58 in pure tank 68 The primary side of device 70 simultaneously exchanges heat to secondary side, circulates dilution 58 Jing anti-icing fluid of anti-icing fluid by anti-icing fluid drying heating secondary pump 69 and falls By the secondary side of anti-icing fluid heating heat exchanger 70 to anti-icing fluid drying purification tank 68, dilution anti-icing fluid 58 flows through antifreeze liquid valve 71 Once heated by anti-icing fluid heating heat exchanger 70 during the secondary side of liquid heating heat exchanger 70, anti-icing fluid 77 is purified after water evaporates and is stored Exist in anti-icing fluid drying purification tank 68, repeat the operation of drying purification next time.
Figure 50, is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger crossing current and drying are carried Pure tank double stage heat pump air-conditioning is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement spray Aproll device 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, drip tray 16, Tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle pump 27, Vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, Dan Shuan Level conversion valve 34, single twin-stage switching valve 35, fan coil 36, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62nd, the anti-icing fluid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pour out pump 66, injection pump 67, the anti-icing fluid drying of dilution anti-icing fluid Purification tank 68, anti-icing fluid drying heating secondary pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, anti-icing fluid fall liquid A valve 72, anti-icing fluid drying pump 73 of heating and purification anti-icing fluid 77 are constituted.Figure 50 from Figure 49 in addition to turriform formula is different, other It is just the same.
Figure 51, is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger adverse current and drying are carried Pure tank double stage heat pump energy accumulation air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, reverse-flow Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid at the top of wind-energy tower 6, surface cooler 15th, drip tray 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, Coupling cycle pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal Circulating pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35, fan coil 36, accumulation of energy attemperater 37, energy storage circulation pump 38th, output isolation heat exchanger 39, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63rd, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pours out pump 66, dilution anti-icing fluid injection pump 67, anti-icing fluid drying purification tank 68, anti-icing fluid Drying heating secondary pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, the drying of the anti-icing fluid valve of falling liquid 72, anti-icing fluid Pump 73 of heating, domestic hot-water's rear pump 74, domestic hot-water's output interface 75, tap water moisturizing interface 76 and purification anti-icing fluid 77 are constituted.
Figure 52, is that the tower cold defrost configuration anti-icing fluid liquid storage of this utility model surface cooling air heat exchanger crossing current and drying are carried Pure tank double stage heat pump energy accumulation air conditioner is embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, fin 3, positive displacement Spray aproll device 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, anti-icing fluid 15, water receiving Disk 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26, coupling cycle Pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air conditioning terminal circulating pump 33, Single twin-stage switching valve 34, single twin-stage switching valve 35, fan coil 36, accumulation of energy attemperater 37, energy storage circulation pump 38, output isolation Heat exchanger 39, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63, anti-icing fluid fall liquid It is secondary that valve 65, anti-icing fluid pours out pump 66, dilution anti-icing fluid injection pump 67, anti-icing fluid drying purification tank 68, anti-icing fluid drying heating Pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, the anti-icing fluid valve of falling liquid 72, anti-icing fluid drying pump 73 of heating, Domestic hot-water's rear pump 74, domestic hot-water's output interface 75, tap water moisturizing interface 76 and purification anti-icing fluid 77 are constituted.
Figure 53, is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger adverse current, coupling Tank and drying purification tank double stage heat pump energy accumulation air conditioner are embodied as structural representation.By surface cooling air heat exchanger 1, coil pipe 2, wing Tubular type spray aproll device 10, spray aproll circulation pipe 13, spray aproll circulation at the top of piece 3, reverse-flow wind-energy tower 6, surface cooler Pump 14, anti-icing fluid 15, drip tray 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25th, condenser 26, coupling cycle pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32nd, air conditioning terminal circulating pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35, fan coil 36, accumulation of energy attemperater 37, It is energy storage circulation pump 38, output isolation heat exchanger 39, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, antifreeze The liquid valve of falling liquid 63, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pour out pump 66, dilution anti-icing fluid injection pump 67, anti-icing fluid drying purification tank 68th, anti-icing fluid drying heating secondary pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, the anti-icing fluid valve of falling liquid 72, prevent Freeze liquid drying pump 73 of heating, domestic hot-water's rear pump 74, domestic hot-water's output interface 75, tap water moisturizing interface 76, carry Pure anti-icing fluid 77 and coupling cycle tank 81 are constituted.
Figure 54：It is the tower cold defrost configuration anti-icing fluid fluid reservoir of this utility model surface cooling air heat exchanger crossing current, coupling Tank and drying purification tank double stage heat pump energy accumulation air conditioner are embodied as structural representation；By surface cooling air heat exchanger 1, coil pipe 2, wing It is piece 3, positive displacement spray aproll device 9, cross-flow type wind-energy tower 40, spray aproll circulation pipe 13, spray aproll circulating pump 14, antifreeze Liquid 15, drip tray 16, tower air inlet 41, tower blower fan 43, refrigeration compressor 20, four-way change-over valve 21, expansion valve 25, condenser 26th, coupling cycle pump 27, vaporizer 28, single twin-stage switching valve 29, refrigeration compressor 30, condenser 31, expansion valve 32, air-conditioning end End circulating pump 33, single twin-stage switching valve 34, single twin-stage switching valve 35, fan coil 36, accumulation of energy attemperater 37, energy storage circulation pump 38th, output isolation heat exchanger 39, anti-icing fluid fluid reservoir 57, dilution anti-icing fluid 58, the anti-icing fluid valve of falling liquid 62, the anti-icing fluid valve of falling liquid 63rd, the anti-icing fluid valve of falling liquid 65, anti-icing fluid pours out pump 66, dilution anti-icing fluid injection pump 67, anti-icing fluid drying purification tank 68, anti-icing fluid Drying heating secondary pump 69, anti-icing fluid heating heat exchanger 70, the anti-icing fluid valve of falling liquid 71, the drying of the anti-icing fluid valve of falling liquid 72, anti-icing fluid Pump 73 of heating, domestic hot-water's rear pump 74, domestic hot-water's output interface 75, tap water moisturizing interface 76, purification anti-icing fluid 77 and coupling cycle tank 81 constitute.
Know-why of the present utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality With new principle, and the restriction to this utility model protection domain can not be construed to by any way.Based on explanation herein, Those skilled in the art associates other specific embodiments of the present utility model by need not paying performing creative labour, These modes are fallen within protection domain of the present utility model.

Claims (31)

1. a kind of cold defrosting type wind energy heat pump, it is characterised in that：Aproll device and surface cooling air heat-exchange are sprayed including anti-icing fluid Device (1), the anti-icing fluid spray aproll device are arranged on surface cooling air heat exchanger (1), for surface cooling air heat-exchange Anti-icing fluid (15) is sprayed on the coil pipe (2) and fin (3) of device (1) and realizes cold defrost.
2. cold defrosting type wind energy heat pump according to claim 1, it is characterised in that the anti-icing fluid sprays aproll device bag Positive displacement spray aproll device (9), drip tray (16) are included, and connection is used for the circulation that anti-icing fluid (15) is circulated therebetween Pipeline；
Positive displacement spray aproll device (9) is provided below spray nozzle (8), and the spray nozzle (8) is for surface cooling air Anti-icing fluid is sprayed on the coil pipe (2) and fin (3) of heat exchanger (1) or cooling water is sent forth.
3. cold defrosting type wind energy heat pump according to claim 1, it is characterised in that the anti-icing fluid sprays aproll device bag Tubular type spray aproll device (10), drip tray (16) at the top of surface cooler are included, and connection is used for anti-icing fluid (15) therebetween The circulation line of circulation；
At the top of described surface cooler, tubular type spray aproll device (10) at least sprays aproll device by a tubular type and constitutes, under its pipe Portion is provided with spray nozzle (8), and the spray nozzle (8) is sprayed for the coil pipe (2) to surface cooling air heat exchanger (1) and fin (3) Anti-icing fluid (15) sends cooling water forth.
4. cold defrosting type wind energy heat pump according to claim 1, it is characterised in that the anti-icing fluid sprays aproll device bag Tubular type spray aproll device (10) at the top of surface cooler, surface cooler side pipe formula spray aproll device (7), drip tray (16) are included, and Connection surface cooler head tube formula spray aproll device (10), surface cooler side pipe formula spray aproll device (7) and drip tray (16) it Between be used for anti-icing fluid (15) or cooling water circulation circulation line；
At the top of described surface cooler, tubular type spray aproll device (10) at least sprays aproll device by a tubular type and constitutes, under its pipe Portion is equipped with spray nozzle (8), and the spray nozzle (8) is sprayed for the coil pipe (2) to surface cooling air heat exchanger (1) and fin (3) Anti-icing fluid (15) sends cooling water forth, and described surface cooler side pipe formula spray aproll device (7) is at least by side and a tubular type Spray aproll device is constituted, and the tube side part is equipped with spray nozzle (8) towards coil pipe (2) and fin (3) direction, and spray nozzle (8) is used In (15) or sending cooling water forth to surface cooling air heat exchanger (1) one or both sides spray anti-icing fluid.
5. cold defrosting type wind energy heat pump according to claim 1, it is characterised in that the anti-icing fluid sprays aproll device bag Include tubular type at the top of reverse-flow wind-energy tower (6), tower air inlet (41), surface cooler to spray aproll device (10), tower blower fan (43) and connect Between tubular type spray aproll device (10) and for anti-icing fluid at the top of water pond (16), and connection drip tray (16) and surface cooler Or cooling water circulation circulation line (15)；
Described surface cooling air heat exchanger (1) is configured under interior tubular type spray aproll device (10) of reverse-flow wind-energy tower (6) Face and above tower air inlet (41), at the top of described surface cooler, tubular type spray aproll device (10) is configured in tower blower fan (43) Below and above surface cooling air heat exchanger (1), described drip tray (16) is configured in the bottom of reverse-flow wind-energy tower (6) Portion, described tower air inlet (41) are configured between drip tray (16) and surface cooling air heat exchanger (1), described surface cooler top Portion's tubular type spray aproll device (10) configures spray nozzle (8) below.
6. cold defrosting type wind energy heat pump according to claim 1, it is characterised in that the anti-icing fluid sprays aproll device bag Include cross-flow type wind-energy tower (40), positive displacement spray equipment (9), tower blower fan (43), anti-icing fluid (15) and drip tray (16), Yi Jilian Connect；
Described surface cooling air heat exchanger (1) is configured under the positive displacement spray equipment (9) in cross-flow type wind-energy tower (40) Face and above drip tray (16), described drip tray (16) is configured in the bottom of cross-flow type wind-energy tower (40), described appearance Product formula spray equipment (9) configures spray nozzle (8) below.
7. the cold defrosting type wind energy heat pump according to Claims 2 or 3 or 4, it is characterised in that also including outdoor fan (17), refrigeration compressor (20), four-way change-over valve (21), cold-hot wind air conditioning terminal (22), indoor cold-hot wind heat exchanger (23), room Interior air-conditioning draught fan (24) and expansion valve (25)；
One end of described surface cooling air heat exchanger (1) is connected with the b of four-way change-over valve (21) by pipeline, and surface cooling is empty The other end of gas heat exchanger (1) is connected with one end of expansion valve (25) by pipeline, described refrigeration compressor (20) aerofluxuss End is connected with a ends of four-way change-over valve (21), and refrigeration compressor (20) suction end is connected with the c ends of four-way change-over valve (21), The d ends of four-way change-over valve (21) are connected with one end of indoor cold-hot wind heat exchanger (23), indoor cold-hot wind heat exchanger (23) The other end is connected with the other end of expansion valve (25), and described cold-hot wind air conditioning terminal (22) is at least constituted by one.
8. cold defrosting type wind energy heat pump according to claim 7, it is characterised in that also including recuperation of heat heat exchange coil (44), recuperation of heat water tank (45), anti-icing fluid drying sublimation pump (46) and anti-icing fluid drying purification coil pipe (47)；
Described recuperation of heat heat exchange coil (44) is configured in recuperation of heat water tank (45), its one end and refrigeration compressor (20) Aerofluxuss are connected, and the other end is connected with a ends of four-way change-over valve (21), described anti-icing fluid drying sublimation pump (46) one end with Recuperation of heat water tank (45) is connected, and one end that the other end dries purification coil pipe (47) with anti-icing fluid is connected, and described is antifreeze The other end of liquid drying purification coil pipe (47) is connected with recuperation of heat water tank (45), described anti-icing fluid drying purification coil pipe (47) it is configured in the anti-icing fluid of drip tray (16).
9. the cold defrosting type wind energy heat pump according to Claims 2 or 3 or 4, it is characterised in that also change including surface cooling air Hot device (1), outdoor fan (17), refrigeration compressor (20), domestic hot-water's water tank (11), domestic hot-water's heating coil (12), Expansion valve (25), tap water moisturizing interface (76) and domestic hot-water's output interface (42) constitute cold defrosting type wind energy heat pump life heat Water or energy storage air conditioner；
Described domestic hot-water's heating coil (12) one end is connected with refrigeration compressor (20) exhaust end, domestic hot-water's heating dish The other end of pipe (12) is connected with one end of expansion valve (25)；
Be connected and supplement tap water with tap water by tap water moisturizing interface (76), by domestic hot-water's output interface (42) with Hot water supply system connects and supplies domestic hot-water；
When including four-way change-over valve (21), heat pump is energy storage air conditioner, and now, domestic hot-water's water tank (11) constitutes air-conditioning Hot and cold matchmaker's water water tank, domestic hot-water's output interface (42) and tap water moisturizing interface (76) and air conditioning terminal fan unit piping System connection, constitutes air conditioning terminal output system.
10. the cold defrosting type wind energy heat pump according to Claims 2 or 3 or 4, it is characterised in that also including outdoor fan (17), refrigeration compressor (20), expansion valve (25), condenser (26), domestic hot-water's circulating pump (78), domestic hot-water's water tank (79), tap water moisturizing interface (76) and domestic hot-water's output interface (42) constitute cold defrosting type wind energy heat pump domestic hot-water or storage Can air-conditioning device；
One end of described condenser (26) refrigerant side is connected with refrigeration compressor (20) exhaust end, condenser (26) refrigeration The other end of agent side is connected with expansion valve (25), one end connection domestic hot-water's water tank (79) of condenser (26) water side, cold The other end of condenser (26) water side is connected with domestic hot-water's water tank (79) by domestic hot-water's circulating pump (78)；
Be connected and supplement tap water with tap water by tap water moisturizing interface (76), by domestic hot-water's output interface (42) with Hot water supply system connects and supplies domestic hot-water；
When including four-way change-over valve (21), heat pump constitutes energy storage air conditioner, and now, domestic hot-water's water tank (11) constitutes empty Adjust hot and cold matchmaker's water water tank, domestic hot-water's output interface (42) and tap water moisturizing interface (76) and air conditioning terminal fan coil System connects, and constitutes air conditioning terminal output system.
The 11. cold defrosting type wind energy heat pumps according to Claims 2 or 3 or 4, it is characterised in that also including outdoor fan (17), refrigeration compressor (20), four-way change-over valve (21), expansion valve (25), condenser (26), air conditioning terminal circulating pump (33) and Fan coil (36)；
One end of one end connecting fan coil pipe (36) of described condenser (26) water side, the other end of condenser (26) water side lead to The other end that air conditioning terminal circulating pump (33) is crossed with fan coil (36) is connected.
12. cold defrosting type wind energy heat pumps according to claim 11, it is characterised in that by the outdoor fan (17), system Cold compressor (20), four-way change-over valve (21), expansion valve (25) and condenser (26) constitute first order heat pump, by refrigeration compressor (30), condenser (31), expansion valve (32), vaporizer (28) constitute second level heat pump, by coupling cycle pump (27) and pipeline structure Into coupled and heat-exchange closed circuit, air conditioning terminal system is constituted by air conditioning terminal circulating pump (33) and fan coil (36).
13. cold defrosting type wind energy heat pumps according to claim 11, it is characterised in that by the outdoor fan (17), system Cold compressor (20), expansion valve (25), condenser (26), refrigeration compressor (30), condenser (31), expansion valve (32), evaporation Device (28), coupling cycle pump (27), domestic hot-water's circulating pump (78), domestic hot-water's water tank (79), tap water moisturizing interface And domestic hot-water's output interface (42) constitutes cold defrosting type twin-stage wind energy heat pump domestic hot-water or energy storage air conditioner (76).
14. heat pumps according to claim 5 or 6, it is characterised in that also change including refrigeration compressor (20), four-way To valve (21), cold-hot wind air conditioning terminal (22), indoor cold-hot wind heat exchanger (23), room conditioning blower fan (24) and expansion valve (25) Constitute inverse, the tower cold defrost heat pump air conditioner of crossing current wind energy.
15. heat pumps according to claim 14, it is characterised in that the heat pump also includes recuperation of heat heat exchange coil (44), recuperation of heat water tank (45), anti-icing fluid drying sublimation pump (46) and anti-icing fluid drying purification coil pipe (47)；
Described recuperation of heat heat exchange coil (44) is configured in recuperation of heat water tank (45), its one end and refrigeration compressor (20) Aerofluxuss are connected, and the other end is connected with a ends of four-way change-over valve (21), described anti-icing fluid drying sublimation pump (46) one end with Recuperation of heat water tank (45) is connected, and one end that the other end dries purification coil pipe (47) with anti-icing fluid is connected, and described is antifreeze The other end of liquid drying purification coil pipe (47) is connected with recuperation of heat water tank (45), described anti-icing fluid drying purification coil pipe (47) it is configured in the anti-icing fluid of drip tray (16).
16. according to claim 5 or 6 cold defrosting type wind energy heat pump, it is characterised in that also including refrigeration compressor (20), Four-way change-over valve (21), expansion valve (25), condenser (26), air conditioning terminal circulating pump (33) and fan coil (36) constitute it is inverse, Crossing current wind-energy tower coldization formula heat pump air conditioner.
17. according to claim 5 or 6 cold defrosting type wind energy heat pump, it is characterised in that also including refrigeration compressor (20), Expansion valve (25), condenser (26), domestic hot-water's circulating pump (78), domestic hot-water's water tank (79), tap water moisturizing interface And domestic hot-water's output interface (42) constitutes cold defrosting type wind energy heat pump domestic hot-water or energy storage air conditioner (76).
18. according to claim 16 cold defrosting type wind energy heat pump, it is characterised in that also including anti-icing fluid fluid reservoir (57) and Anti-icing fluid pours out pump (66)；
One end of described anti-icing fluid fluid reservoir (57) is by tubular type at the top of pipeline and spray aproll circulating pump (14) and surface cooler Spray aproll device (10) connection, the other end of anti-icing fluid fluid reservoir (57) are connected with drip tray (16) by pipeline.
19. according to claim 16 heat pump, it is characterised in that also including anti-icing fluid drying purification coil pipe (47)；
The two ends of anti-icing fluid drying purification coil pipe (47) are connected with the two ends of condenser (26) water side by pipeline respectively.
20. cold defrosting type wind energy heat pumps according to claim 6, it is characterised in that go back refrigeration compressor (20), four-way commutation Valve (21), cold-hot wind air conditioning terminal (22), indoor cold-hot wind heat exchanger (23), room conditioning blower fan (24), expansion valve (25), system Cold compressor (80), four-way change-over valve (49), expansion valve (51), cold-hot wind air conditioning terminal (54), indoor cold-hot wind heat exchanger And room conditioning blower fan (56) constitutes the double wind energy heat pump air-conditioning devices of the tower cold defrost of crossing current (55).
21. cold defrosting type wind energy heat pumps according to claim 6, it is characterised in that also including refrigeration compressor (20), four-way Reversal valve (21), expansion valve (25), condenser (26), air conditioning terminal circulating pump (33), fan coil (36), refrigeration compressor (80), four-way change-over valve (49), condenser (50), expansion valve (51), air conditioning terminal circulating pump (52), fan coil (53) are constituted The double wind energy heat pump air-conditioning devices of tower cold defrost of flowing over.
22. according to claim 18 cold defrosting type wind energy heat pump, it is characterised in that also include by anti-icing fluid fluid reservoir (57), anti-icing fluid drying purification heat exchanger (59), drying purification heat exchanger secondary pump (60) and drying purification pump of heat exchanger (61) constitute fluid reservoir drying purification heat exchanger wind energy heat pump air-conditioning device.
23. cold defrosting type wind energy heat pumps according to claim 16, it is characterised in that by the surface cooling air heat exchanger (1), refrigeration compressor (20), four-way change-over valve (21), expansion valve (25) and condenser (26) constitute first order heat pump, by freezing Compressor (30), condenser (31), expansion valve (32), vaporizer (28) constitute second level heat pump, by coupling cycle pump (27) and Pipeline constitutes coupled and heat-exchange closed circuit, constitutes air conditioning terminal system by air conditioning terminal circulating pump (33) and fan coil (36).
24. cold defrosting type wind energy heat pumps according to claim 23, it is characterised in that also including cold compressor (20), swollen Swollen valve (25), condenser (26), refrigeration compressor (30), condenser (31), expansion valve (32), vaporizer (28), coupling cycle Pump (27), domestic hot-water's circulating pump (78), domestic hot-water's water tank (79), tap water moisturizing interface (76) and domestic hot-water output Interface (42) constitutes cold defrosting type two-stage wind energy heat pump domestic hot-water or energy storage air conditioner.
25. cold defrosting type wind energy heat pumps according to claim 23, it is characterised in that also including anti-icing fluid fluid reservoir (57) Pump (66) is poured out with anti-icing fluid；
One end of described anti-icing fluid fluid reservoir (57) is by tubular type at the top of pipeline and spray aproll circulating pump (14) and surface cooler Spray aproll device (10) connection, the other end of anti-icing fluid fluid reservoir (57) pour out pump (66) and water receiving by pipeline and anti-icing fluid Disk (16) is connected.
26. cold defrosting type wind energy heat pumps according to claim 25, it is characterised in that also including coupling cycle tank (81), Coupling pot type recuperated cycle loop is made up of coupling cycle pump (27), pipeline and coupling cycle tank (81), is circulated by air conditioning terminal Pump (33) and fan coil (36) constitute air conditioning terminal output loop；
One end and one end and the wind of condenser (31) water side of described coupling cycle tank (81) one end and condenser (26) water side One end of machine coil pipe (36) is connected, and the other end Jing pipelines of coupling cycle tank (81) are connected with one end of vaporizer (28) water side Connect, the other end of vaporizer (28) water side is connected with the other end of condenser (26) water side by coupling cycle pump (27).
27. cold defrosting type wind energy heat pumps according to claim 25, it is characterised in that also including accumulation of energy attemperater (37) air-conditioner energy-accumulation device is constituted, and by accumulation of energy attemperater (37), energy storage circulation pump (38) and output isolation heat exchanger (39), Air conditioning terminal output loop is constituted by air conditioning terminal circulating pump (33) and fan coil (36)；
One end of described accumulation of energy attemperater (37) and one end of condenser (31) water side, one end of vaporizer (28) water side and One end of condenser (26) water side is connected, and the other end of accumulation of energy attemperater (37) isolates one end of heat exchanger (39) with output Connection, output isolation heat exchanger (39) the other end be connected with one end of energy storage circulation pump (38), energy storage circulation pump (38) it is another One end and condenser (31) water side, the other end of vaporizer (28) water side and condenser (26) the water side other end is connected.
28. cold defrosting type wind energy heat pumps according to claim 23, it is characterised in that by anti-icing fluid fluid reservoir (57) and anti- Jelly liquid is poured out pump (67) composition dilution anti-icing fluid liquid storage and pours out device, is dried by anti-icing fluid drying purification tank (68), anti-icing fluid and is added Hot secondary pump (69), anti-icing fluid heating heat exchanger (70) and anti-icing fluid drying pump (73) of heating constitutes dilution anti-icing fluid drying Purification heater.
29. cold defrosting type wind energy heat pumps according to claim 28, it is characterised in that also include by accumulation of energy attemperater (37), energy storage circulation pump (38) and output isolation heat exchanger (39) constitutes air-conditioner energy-accumulation device, by air conditioning terminal circulating pump (33) Air conditioning terminal output loop is constituted with fan coil (36).
30. cold defrosting type wind energy heat pumps according to claim 29, it is characterised in that also including coupling cycle tank (81), And coupling cycle loop is constituted by coupling cycle tank (81).
The 31. cold defrosting type wind energy heat pumps according to claim 8 or 15 or 19 or 22 or 28 or 29 or 30, its feature exist In described anti-icing fluid drying purifies coil pipe (47) or anti-icing fluid heating heat exchanger (59) or anti-icing fluid heating heat exchanger (70) institute The thermal source for needing can also be that electrical heating, remaining used heat, solar energy or boiler heat source are substituted.
CN201620769849.XU 2016-07-20 2016-07-20 White formula wind energy heat pump of coldization Active CN206176840U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106440578A (en) * 2016-07-20 2017-02-22 王全龄 Cooling defrosting type wind energy heat pump
CN107687715A (en) * 2017-07-28 2018-02-13 珠海格力电器股份有限公司 Air-conditioning system and its control method
CN107763894A (en) * 2017-11-17 2018-03-06 王全龄 A kind of integral type energy tower heat pump
CN110411069A (en) * 2018-04-26 2019-11-05 北京四季通能源科技有限公司 Air source heat pump evaporator tower and air source heat pump system

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106440578A (en) * 2016-07-20 2017-02-22 王全龄 Cooling defrosting type wind energy heat pump
CN107687715A (en) * 2017-07-28 2018-02-13 珠海格力电器股份有限公司 Air-conditioning system and its control method
CN107763894A (en) * 2017-11-17 2018-03-06 王全龄 A kind of integral type energy tower heat pump
CN110411069A (en) * 2018-04-26 2019-11-05 北京四季通能源科技有限公司 Air source heat pump evaporator tower and air source heat pump system
CN110411069B (en) * 2018-04-26 2024-02-13 北京四季通能源科技有限公司 Air source heat pump evaporator tower and air source heat pump system

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