CN205980423U - A heat exchanger and heat pump system for heat pump system - Google Patents
A heat exchanger and heat pump system for heat pump system Download PDFInfo
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- CN205980423U CN205980423U CN201620927608.3U CN201620927608U CN205980423U CN 205980423 U CN205980423 U CN 205980423U CN 201620927608 U CN201620927608 U CN 201620927608U CN 205980423 U CN205980423 U CN 205980423U
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Abstract
The utility model provides a heat exchanger and heat pump system for heat pump system, heat exchanger include: oil separator subassembly and cover are established the outside casing of oil separator subassembly, the casing with be formed with the cavity that is used for filling water between the oil separator subassembly, the cavity has water inlet and delivery port, wherein, the oil separator subassembly includes: the jar body, intake pipe, blast pipe and time oil pipe, it follows to return oil pipe insert at the top of the jar body, and extend the bottom of the jar body. The technical scheme of the utility model can realize the heating to water with the help of the heat of oil separator subassembly, effectively improve the utilization efficiency of the energy to need not to increase too much parts and just can realize making hydrothermal function on original heat pump system's basis, effectively reduced the manufacturing cost of product.
Description
Technical field
This utility model is related to technical field of heat pumps, in particular to a kind of heat exchanger for heat pump and
A kind of heat pump.
Background technology
Traditional wind-cooling type heat pump system in refrigerating operaton, taken away by air, not by the heat of its outdoor heat exchanger
It is utilized effectively；And air-source water heater is then to make use of the heat of high temperature of condenser side to realize water heating, but because
It is not have interior machine, so not enabling the temperature adjustment of interior.In order to realize the function of two kinds of electrical equipment, improve the utilization effect of the energy
Rate, Teat pump boiler arises at the historic moment, Teat pump boiler can while room is freezed water heating, effectively increase the energy
Utilization ratio.Wherein, Teat pump boiler is to increase a bushing type water- to-water heat exchanger and one on the basis of former heat pump
Cross valve, this bushing type water- to-water heat exchanger is in parallel with air-cooled condenser by this cross valve, and the off and on of this cross valve controls
Coolant is that only when water heating demand, high temperature refrigerant just can be through water-cooled through air-cooled condenser or water-cooled condenser
Condenser, other situations are all to run by common heat pump.
In addition, multi-online air-conditioning system is in order to ensure the reliability service of compressor, all can arrange in the air vent of compressor
One oil eliminator by the lubricating oil separation in aerofluxuss out, and is back to compressor.Wherein, the principle of oil eliminator is：
Impinge upon on the wall of side after the tank body of High Temperature High Pressure coolant entrance oil eliminator carrying lubricating oil, oil droplet little particle is in centrifugal force
Being separated under effect falls in tank base along tank inner surface, is then back to compressor by oil return capillary tube.Mesh
Before, oil eliminator does not almost have other effects in addition to the function of realizing Oil-gas Separation.
It can be seen that, existing Teat pump boiler needs to increase extra part on the basis of former heat pump, complex structure,
And production cost is higher.And enter is the coolant of High Temperature High Pressure in oil eliminator, its temperature is higher, if therefore can be using oil
The heat of separator, to realize the function of water heating, undoubtedly can be beneficial to the reduction of production cost and the effectively utilizes of the energy.
Utility model content
This utility model is intended at least solve one of technical problem present in prior art or correlation technique.
For this reason, a purpose of the present utility model is to propose a kind of heat exchanger for heat pump so that energy
Enough heats by oil separator component to realize the heating to water, effectively increases the utilization ratio of the energy, and need not be
Increase the function that excessive part just can realize water heating on the basis of original heat pump, effectively reduce the production of product
Cost.
Another purpose of the present utility model is to propose a kind of heat pump.
For achieving the above object, the embodiment according to first aspect of the present utility model is it is proposed that a kind of be used for heat pump system
The heat exchanger of system, including：Oil separator component and the housing, described housing and the institute that are set in outside described oil separator component
State the cavity being formed between oil separator component for water-filling, described cavity has water inlet and outlet；Wherein, described oil
Separator assembly includes：Tank body, air inlet pipe, exhaustor and oil return pipe, described oil return pipe inserts from the top of described tank body, and stretches
Bottom to described tank body.
According to embodiment of the present utility model for heat pump heat exchanger, because the high temperature that compressor is discharged is high
, after entering oil separator component from the air inlet pipe of oil separator component, gaseous coolant can be with the angle of inclination for the gaseous coolant of pressure
Degree impinges upon on the internal face of oil separator component, and the little oil droplet in cold media gas is separated and edge under the influence of centrifugal force
The internal face lubricating oil in tank base, separated that falls oil separator component returns to compressor through oil return pipe again, and
Cold media gas then from exhaustor out it is seen that being always at the condition of high temperature when tank body of oil separator component is in system operation.Cause
This is set in the outside of oil separator component by arranging housing, to form the cavity for water-filling, enabling by oil
Heat from device assembly to realize the heating to water, effectively increases the utilization ratio of the energy.And above-mentioned heat exchanger is being answered
Used in when in heat pump so that excessive part need not be increased on the basis of original heat pump just can realize water heating
Function, effectively reduce the production cost of product.
According to above-described embodiment of the present utility model for the heat exchanger of heat pump, can also have following technology
Feature：
According to an embodiment of the present utility model, described oil separator component also includes：First installation pedestal, described tank
The top of body is arranged in described first installation pedestal；Described housing is arranged in the second installation pedestal, described second installation base
Corresponding pilot hole is provided with seat and described first installation pedestal, described first installation pedestal and described second installation pedestal are led to
Cross described pilot hole to be assembled, described housing is set in the outside of described oil separator component.
In this embodiment, by arranging the first installation pedestal at the top of tank body, and housing is arranged on the second installation
On pedestal, enabling conveniently by the first installation pedestal and the second installation pedestal by the tank of housing and oil separator component
Body is assembled.Wherein, the tank body of oil separator component can be welded in the first installation pedestal；Housing can also be welded on
In two installation pedestals.Meanwhile, the feature of the modularization assembling between oil separator component and housing also makes there is higher spirit
Activity, is easy to the maintenance in later stage, and also allows for removing incrustation scale.
According to an embodiment of the present utility model, arrange between described first installation pedestal and described second installation pedestal
There is sealing ring.
In this embodiment, by arranging sealing ring between the first installation pedestal and the second installation pedestal, enabling
Ensure the sealing between oil separator component and housing, it is to avoid the water in cavity flows out.
According to an embodiment of the present utility model, described water inlet is arranged in described first installation pedestal, described go out
The mouth of a river is arranged on the bottom of described housing.
According to an embodiment of the present utility model, described oil separator component also includes：Oil storage tank, is arranged on described tank
In vivo, the middle and upper part of described oil storage tank is provided with the opening communicating with described tank body, and described air inlet pipe and described oil return pipe stretch into
In described oil storage tank, described exhaustor is arranged on outside described oil storage tank and stretches into the bottom of described tank body.
In this embodiment, because the water in the cavity between oil separator component and housing can take away oil separator component
Heat, if the discharge therefore in cavity is larger, the temperature of the gas coolant in oil separator component may be cooled down
To below saturation temperature, and then the coolant of liquid can be mixed with lubricating oil and return compressor by oil return pipe, so can lead
Cause compressor liquid hammer.Therefore, by arranging oil storage tank in tank body, and air inlet pipe and oil return pipe stretch in oil storage tank, exhaustor
Even if being arranged on that oil storage tank is outer and bottom that stretch into tank body being so that the temperature of gaseous coolant in oil separator component is cooled to
Below saturation temperature, the coolant of liquid also can be separated with the lubricating oil isolated, and then it can be avoided that liquid refrigerants is with lubrication
Oil is back to compressor and leads to the risk of compressor liquid hammer.
According to an embodiment of the present utility model, in described cavity, it is provided with heat exchanger fin.By setting in cavity
Put heat exchanger fin, enabling enhanced heat exchange effect.
Embodiment according to this utility model second aspect it is also proposed that a kind of heat pump, including：Compressor, four-way
Valve, outdoor heat exchanger, indoor set, low-pressure tank, water tank, and as any one of above-described embodiment for heat pump
Heat exchanger；
Wherein, the outlet of described compressor is connected with the air inlet pipe of described oil separator component, four of described cross valve
Port is respectively connecting to the exhaustor of described oil separator component, the first port of described outdoor heat exchanger, described low-pressure tank
Entrance and the first stop valve, the outlet of described low-pressure tank and the oil return pipe of described oil separator component are connected to described compressor
Import, the second port of described outdoor heat exchanger connected to the second stop valve, described first cut-off by first throttle part
Valve is connected with the refrigerant pipe in described indoor set with described second stop valve；
The first port of described water tank is connected with described water inlet, and the second port of described water tank is with described outlet even
Logical, the pipeline between the first port of described water tank and described water inlet is provided with water pump, described water inlet is also by moisturizing
Valve is connected with water source.
According to the heat pump of embodiment of the present utility model, the gaseous coolant due to the High Temperature High Pressure of compressor discharge exists
After the air inlet pipe of oil separator component enters oil separator component, gaseous coolant can impinge upon separating of oil at an oblique angle
On the internal face of device assembly, the little oil droplet in cold media gas is separated and under the influence of centrifugal force along oil separator component
The internal face lubricating oil in tank base, separated that falls return to compressor through oil return pipe again, and cold media gas are then from row
Trachea is out it is seen that the tank body of oil separator component is always at the condition of high temperature in system operation.Therefore pass through to arrange water tank
First port connect with the water inlet of cavity, and the outlet of the second port and cavity arranging water tank connects so that heat pump
System can realize the function of water heating by the heat of oil separator component, effectively increases the utilization ratio of the energy, with
When due to the function that excessive part just can realize water heating need not be increased on the basis of original heat pump, effectively reduce
The production cost of product.
And pass through to arrange water pump on the pipeline between the first port of water tank and water inlet, enabling by water pump band
Dynamic water follows bad, in order to the water heating in water tank between water tank and cavity.
According to an embodiment of the present utility model, described heat pump also includes：Electromagnetic valve, is connected in parallel on described first
Between stop valve and described second stop valve.
In this embodiment, by electromagnetic valve in parallel between the first stop valve and the second stop valve so that heat pump
According to the difference of operational mode, this electromagnetic valve can be controlled.Such as, heat pump, can when operation heats aqueous mode
To control this electromagnetic valve to open, and the electric expansion valve in indoor set is controlled to close, such coolant directly leads to without indoor set
Cross this electromagnetic valve and enter outdoor heat exchanger after above-mentioned first throttle part throttle, return after outdoor heat exchanger evaporation
Compressor；And when heat pump freezes and heats water running, opened so that coolant can be successively by controlling above-mentioned electromagnetic valve
Through outdoor heat exchanger, indoor heat exchanger, it is then back to compressor, on the premise of ensureing refrigeration, realize the function of water heating.
According to an embodiment of the present utility model, described heat pump also includes：Flow control valve, with described water pump
It is connected on the pipeline between the first port of described water tank and described water inlet.
In this embodiment, enter water by arrange that flow control valve and water pump be connected on the first port of water tank and cavity
On pipeline between mouthful, enabling by flow control valve come the flow rate in control chamber body, it is to avoid flow rate is larger
Lead to be cooled to below saturation temperature and be likely to occur the problem of compressor liquid hammer the coolant in oil separator component.
According to an embodiment of the present utility model, in described water tank, it is provided with level sensor.By setting in water tank
Put level sensor, enabling the water level in water tank is monitored, by the water lev el control in water tank in rational scope
Interior.
Additional aspect of the present utility model and advantage will be set forth in part in the description, partly will be from explained below
In become obvious, or recognized by practice of the present utility model.
Brief description
Above-mentioned and/or additional aspect of the present utility model and advantage will from reference to the description to embodiment for the accompanying drawings below
Become obvious and easy to understand, wherein：
Fig. 1 shows the structural representation of the oil eliminator in correlation technique；
Fig. 2 shows the structural representation of the oil separator component according to first embodiment of the present utility model；
Fig. 3 shows the structural representation of the water- to-water heat exchanger assembly according to embodiment of the present utility model；
Fig. 4 shows the structural representation of the sealing ring according to embodiment of the present utility model；
Fig. 5 shows the structural representation of the heat exchanger fin according to embodiment of the present utility model；
Fig. 6 shows that the structure of the heat exchanger for heat pump according to first embodiment of the present utility model is shown
It is intended to；
Fig. 7 shows the structural representation of the oil separator component according to second embodiment of the present utility model；
Fig. 8 shows that the structure of the heat exchanger for heat pump according to second embodiment of the present utility model is shown
It is intended to；
Fig. 9 shows the structural representation of the heat pump in correlation technique；
Figure 10 shows the structural representation of the heat pump according to first embodiment of the present utility model；
Figure 11 shows the structural representation of the heat pump according to second embodiment of the present utility model.
Specific embodiment
In order to be more clearly understood that above-mentioned purpose of the present utility model, feature and advantage, below in conjunction with the accompanying drawings and tool
Body embodiment is further described in detail to this utility model.It should be noted that in the case of not conflicting, this Shen
Feature in embodiment please and embodiment can be mutually combined.
Elaborate a lot of details in the following description in order to fully understand this utility model, but, this practicality
New can also be different from other modes described here implementing using other, therefore, protection domain of the present utility model is simultaneously
Do not limited by following public specific embodiment.
Introduce the utility model proposes heat pump heat exchanger before, first introduce current oil eliminator knot
Structure, specifically as shown in figure 1, current oil eliminator includes：Tank body 14, air inlet pipe 11, exhaustor 12 and be arranged on tank body 14 bottom
The oil return pipe 13 in portion.
After carrying the coolant of High Temperature High Pressure of lubricating oil and discharge from compressor, enter oil eliminator along air inlet pipe 11
Impinge upon on the wall of side after tank body 14, the inner surface that oil droplet little particle is separated under the influence of centrifugal force along tank body 14 falls
In the bottom of tank body 14, then compressor is back to by oil return pipe 13, and gaseous coolant enters heat pump system by exhaustor 12
It is circulated in system.
It can be seen that, the tank body 14 of oil eliminator is always at the condition of high temperature when heat pump runs, but current oil
Almost there is no other effects from device in addition to the function of realizing Oil-gas Separation.
In order to realize the effectively utilizes of the energy, this utility model is improved on the architecture basics of oil eliminator, tool
Body is as follows：
Be illustrated in figure 2 the utility model proposes oil separator component structure, specifically include：Tank body 24, air inlet pipe
21st, exhaustor 22 and oil return pipe 23, oil return pipe 23 inserts from the top of tank body 24, and extends the bottom of tank body 34.
After carrying the coolant of High Temperature High Pressure of lubricating oil and discharge from compressor, enter oil eliminator along air inlet pipe 21
Impinge upon on the wall of side after tank body 24, the inner surface that oil droplet little particle is separated under the influence of centrifugal force along tank body 24 falls
In the bottom of tank body 24, then under the pressure effect of gaseous coolant, compressor is back to by oil return pipe 23, and gaseous coolant
Entered in heat pump by exhaustor 22 and be circulated.
Wherein, the utility model proposes oil separator component also there is installation pedestal 25, this installation pedestal 25 can be with
Tank body 24 is welded together in order to be assembled with the housing 31 shown in Fig. 3.Additionally, also setting in installation pedestal 25
It is equipped with a water inlet 26, after the housing 31 shown in as Fig. 3 is assembled with the oil separator component shown in Fig. 2, can be by being somebody's turn to do
Water inlet 26 is to water-filling in the cavity between tank body 24 and housing 31.Pilot hole 27 is provided with installation pedestal 25, in order to
Assembled with the assembly shown in Fig. 3.
As shown in figure 3, housing 31 is arranged in installation pedestal 32, such as can be by installation pedestal by way of welding
32 are welded on housing 31, the bottom of housing 31 is provided with outlet 33, and is provided with pilot hole in installation pedestal 32
34, in order to be assembled with the oil separator component shown in Fig. 2.Wherein, the structure shown in Fig. 3 can be referred to as water heat exchange
Device assembly.
Fig. 4 shows for being assemblied in the sealing ring between installation pedestal 25 and installation pedestal 34, and its Main Function is real
Sealing function between existing two installation pedestals.
Fig. 5 shows the structure of heat exchanger fin, and heat exchanger fin 51 may be mounted at housing 31 and oil separator component
Tank body 24 between cavity in, to strengthen heat transfer effect.
Based on said structure, the utility model proposes the heat exchanger for heat pump as shown in fig. 6, including：Fig. 2
Shown in oil separator component and the water- to-water heat exchanger assembly shown in Fig. 3, the two pass through assemble bolt 61 be assembled into an entirety,
Coolant realizes Oil-gas Separation inside the tank body 24 of oil separator component, and recirculated cooling water passes through outside wall surface and the housing of tank body 24
The sealing cavity of 31 internal face and two installation pedestal surface formation realizes heat exchange, to reach the purpose of water heating.
Wherein, in other embodiments of the present utility model, after assembly it is also possible to not install heat exchanger fin 51,
Certainly heat transfer effect can decline.In addition it is also possible to be arranged on water inlet 26 on the side wall of housing 31, but so can increase
Plus technology difficulty.
The utility model proposes oil separator component and water- to-water heat exchanger assembly are to be set based on modular thought
Count and assemble, so there is higher motility, and also allow for later maintenance and cleaning incrustation scale.Of the present utility model its
It is also possible to directly the structure of design integral type is ensureing to the cavity being formed between oil separator component and housing in its embodiment
Interior water is heated.
Further, in the structure shown in Fig. 6, due to the water meeting in the cavity between oil separator component and housing 31
Take away the heat of oil separator component, if the discharge therefore in cavity is larger, may be by the gas in oil separator component
The temperature of body coolant is cooled to below saturation temperature, and then the coolant of liquid can be mixed with lubricating oil and be returned by oil return pipe
Compressor, so can lead to compressor liquid hammer.In order to avoid compressor has the risk of liquid hammer, this utility model is to oil eliminator
The structure of assembly has been done and has been improved further, specifically as shown in Figure 7：
An oil storage tank 71 is set in the tank body 24 of oil separator component, the middle and upper part of wherein oil storage tank 71 is provided with out
Mouthful, to communicate with tank body 24.In air inlet pipe 21 and oil return pipe 23 insertion oil storage tank 71, exhaustor 22 is in outside oil storage tank 71 and stretches
Enter the bottom of tank body 24.
Based on the structure of Fig. 7, it is illustrated in figure 8 the structure of the heat exchanger after improvement, even if the structure after improvement makes
The temperature of the gaseous coolant in oil separator component is cooled to below saturation temperature, the coolant of liquid also can with isolate
Lubricating oil separates, and then lubricating oil can only return to compressor by extending to the oil return pipe 23 of oil storage tank 71 bottom, and coolant is only
Can through extending to the exhaustor 22 of tank body 24 bottom out, effectively prevent liquid refrigerants be back to compressor with lubricating oil and
Lead to the risk of compressor liquid hammer.
Common oil eliminator size is less, in actual design, can design corresponding oil according to the size of heat exchange amount
The size of separator assembly is to meet the requirement of heat exchange.
Based on the utility model proposes the heat exchanger (oil water- to-water heat exchanger can also be referred to as) for heat pump,
This utility model also proposed a kind of new heat pump, introduce the utility model proposes heat pump before, first introduce
The heat pump adopting in correlation technique, specifically as shown in Figure 9：
When heat pump refrigerating operaton, the gaseous coolant that compressor 91 is discharged enters from the air inlet pipe 21 of oil separator component
Enter, the High Temperature High Pressure cold media gas after Oil-gas Separation enter outdoor from the exhaustor 22 of oil separator component through cross valve 92 and change
Hot device 93, the highly pressurised liquid coolant after outdoor heat exchanger 93 condensation cooling is laggard through electric expansion valve 95 and stop valve 97
Enter indoor set, the cold media gas after indoor heat exchanger heat absorption return to off-premises station through stop valve 98, then through cross valve 92, low
Pressure tank 94 returns to the circulation that compressor 91 completes coolant, and the lubricating oil separated in oil separator component is through oil return pipe 23 times
To compressor 91.
In heating operation, the gaseous coolant of discharge enters from the air inlet pipe 21 of oil separator component, after Oil-gas Separation
High Temperature High Pressure cold media gas get in machine from the exhaustor 22 of oil separator component through cross valve 92 and stop valve 98, in room
Realize room in the presence of interior heat exchanger to heat, the high-pressure liquid coolant after radiating in heat exchanger indoors returns through stop valve 97
Return off-premises station, through electric expansion valve 95 throttling after in outdoor heat exchanger 93 evaporation endothermic, the gaseous coolant after heat absorption is through four-way
Valve 92, low-pressure tank 94 return to compressor 91 and complete refrigerant circulation, and the lubricating oil separated in oil separator component is through oil return
Pipe 23 return to compressor 91 it is ensured that compressor 91 not oil starvation operating.
Wherein, electromagnetic valve 96 is opened in Defrost operation and is conducive to system quickly defrosting.In the embodiment shown in fig. 9,
The function of oil separator component simply realizes the centrifugation of oil and coolant in compressor 91 aerofluxuss.
It should be noted that：Oil separator component shown in Fig. 9 can using the utility model proposes new oil
From device assembly, so when user needs heat pump is upgraded, can directly add shown in Fig. 3 on this basis
Water- to-water heat exchanger assembly.
In order to realize the effectively utilizes of the energy, the utility model proposes heat pump structure as shown in Figure 10, specifically
Including：Compressor 101, cross valve 102, outdoor heat exchanger 103, indoor set (not shown), low-pressure tank 106, water tank 109,
And the heat exchanger for heat pump shown in Fig. 6.
Wherein, the outlet of compressor 101 is connected with the air inlet pipe 21 of oil separator component, four ports of cross valve 102
It is respectively connecting to the exhaustor 22 of oil separator component, the first port of outdoor heat exchanger 103, the entrance of low-pressure tank 106 and
One stop valve 108, the oil return pipe 23 of the outlet of low-pressure tank 106 and oil separator component is connected to the import of compressor 101, room
The second port of external heat exchanger 103 is connected to the second stop valve 107 by first throttle part 104, the first stop valve 108 and
Two stop valves 107 are connected with the refrigerant pipe in indoor set；The first port of water tank 109 is connected with water inlet 26, water tank 109
Second port connect with outlet 33, the pipeline between the first port of water tank 109 and water inlet 26 is provided with water pump
110, water inlet 26 connects (112 shown in Figure 10 are tap water interface) also by water compensating valve 111 with water source.
In heat pump shown in Figure 10, connected with the water inlet 26 of cavity by the first port arranging water tank 109,
And the outlet 33 of the second port and cavity arranging water tank 109 connects so that heat pump can be by oil separator component
The function to realize water heating for the heat, effectively increase the utilization ratio of the energy, simultaneously because need not be in original heat pump
On the basis of increase the function that excessive part just can realize water heating, effectively reduce the production cost of product.
And pass through to arrange water pump 110 on the pipeline between the first port of water tank 109 and water inlet 26, enabling logical
Cross water pump 110 drive water follow between water tank 109 and cavity bad, in order to in water tank 109 water heating.
Further, heat pump also includes：Electromagnetic valve 105, is connected in parallel on the first stop valve 108 and the second stop valve 107
Between.
In this embodiment, by electromagnetic valve 105 in parallel between the first stop valve 108 and the second stop valve 107 so that
Heat pump can be controlled to this electromagnetic valve 105 according to the difference of operational mode.Such as, heat pump heats in operation
During aqueous mode, this electromagnetic valve 105 can be controlled to open, and control the electric expansion valve in indoor set to close, such coolant without
Cross indoor set directly by this electromagnetic valve 105 and through first throttle part 104 throttling after enter outdoor heat exchanger 103, in room
Compressor 101 is returned after external heat exchanger 103 evaporation；And when heat pump freezes and heats water running, above-mentioned by controlling
Electromagnetic valve 105 is opened so that coolant can sequentially pass through outdoor heat exchanger 103 and indoor set, is then back to compressor 101,
On the premise of ensureing refrigeration, realize the function of water heating.
Further, heat pump also includes：Flow control valve 113, is connected on the first end of water tank 109 with water pump 110
On pipeline between mouth and water inlet 26.
In this embodiment, by arrange flow control valve 113 and water pump 110 be connected on the first port of water tank 109 with
On pipeline between the water inlet 26 of cavity, enabling by flow control valve 113 come the flow rate in control chamber body, keep away
Exempt from that flow rate is larger to be led to be cooled to below saturation temperature and be likely to occur compressor liquid the coolant in oil separator component
The problem hit.
Further, it is provided with level sensor 114 in water tank 109, to be monitored to the water level in water tank 109.And
And be additionally provided with water interface 116 and sewage draining exit 115.
In heat pump shown in Figure 10, employ the utility model proposes the heat exchanger for heat pump it
Afterwards, by increasing the accessories such as water tank 109 (can be bearing insulated water box), common heat pump can be escalated into water heating work(
The heat pump (as Teat pump boiler) of energy.
Based on the heat pump shown in Figure 10, the utility model proposes control method include：Need water heating in determination
And compressor is when being currently running, the Tail Pipe Temperature of detection oil separator component；Big in the Tail Pipe Temperature of oil separator component
In or be equal to predetermined temperature value when, according to the water temperature in water tank and water level, water compensating valve and water pump are controlled.
During by being more than or equal to predetermined temperature value in Tail Pipe Temperature oil separator component is detected, according in water tank
Water temperature and water level water compensating valve and water pump are controlled, enabling when the temperature of oil eliminator is higher just open heat
Water function, it is to avoid the temperature in oil eliminator is relatively low also to open water heating function and affect the stability of heat pump.And pass through
According to the water temperature in water tank and water level, water compensating valve and water pump are controlled, enabling the water yield in water tank and water temperature are entered
Row precise control.
In an embodiment of the present utility model, according to the water temperature in water tank and water level, water compensating valve and water pump are carried out
Control, specifically include：
When water level in water tank is less than or equal to the first designated water level, water compensating valve is controlled to open；
When water level in water tank is more than the first designated water level, judge whether the water temperature in water tank reaches set water temperature；?
When judging that the water temperature in water tank reaches set water temperature, if the water level in water tank reaches the second designated water level it is determined that water heating is complete
Become, otherwise control water compensating valve to open, wherein, described second designated water level is higher than described first designated water level；In judgement water tank
Water temperature be not up to set water temperature when, control water pump open；
When water level in water tank reaches the second designated water level, water compensating valve is controlled to close.
In this embodiment, when being less than or equal to the first designated water level by the water level in water tank, water compensating valve is controlled to open
Open, can the water yield in water tank less when supplemented in time.And the water level in water tank is more than the second designated water level and water
When temperature reaches set water temperature, description water heating has completed；When the water level in water tank is not up to the second designated water level but water level
When having reached set water temperature, water compensating valve can be controlled to open to carry out moisturizing.When in water tank, water level is more than the first designated water level
But when water temperature is not up to set water temperature, opened by controlling water pump, it is possible to achieve heating is circulated to the water in water tank.
Additionally, when the second designated water level is reached by the water level in water tank, controlling water compensating valve to close, water tank can be avoided
Interior hypervolia and overflow.
Further, after controlling water compensating valve to open, also include：Temperature adjustment water compensating valve according to described outlet
Aperture.
In this embodiment, by the aperture of the temperature adjustment water compensating valve of the outlet according to cavity, current can be avoided
Speed is larger to be led to be cooled to below saturation temperature and be likely to occur asking of compressor liquid hammer the coolant in oil separator component
Topic.
Further, described control method also includes：After controlling water pump to open, according to the temperature of described outlet
Adjust the aperture of described flow control valve.
In this embodiment, the aperture of flow control valve is adjusted by the temperature of the outlet according to cavity, can keep away
Exempt from that flow rate is larger to be led to be cooled to below saturation temperature and be likely to occur compressor liquid the coolant in oil separator component
The problem hit.
Further, the control method of described heat pump, also includes：Receiving the instruction heating water running, or
Receive refrigeration and heat water running instruction when, determine need water heating.
Wherein, according to an embodiment of the present utility model, it is provided with the second restriction on the refrigerant pipe of machine indoors
In the case of part, described control method also includes：When receiving the instruction heating water running, control cross valve will be separating of oil
The exhaustor of device assembly is connected with described first stop valve, is connected the first port of outdoor heat exchanger with the entrance of low-pressure tank,
And control described electromagnetic valve to open and the closing of the second throttle part；
Receive refrigeration and heat water running instruction when, control cross valve by the exhaustor of described oil separator component
Connect with the first port of outdoor heat exchanger, the entrance of low-pressure tank is connected with described first stop valve, and control described electromagnetism
Valve cuts out and described second throttle part is opened.
In this embodiment, when heat pump is when heating water running, by controlling cross valve by oil separator component
Exhaustor is connected with the first stop valve, is connected the first port of outdoor heat exchanger with the entrance of low-pressure tank, and controls electromagnetic valve
Open and the second throttle part is closed so that coolant can be without indoor set directly by above-mentioned electromagnetic valve and through above-mentioned the
Enter outdoor heat exchanger after one throttle part throttling, after outdoor heat exchanger evaporation, return compressor.And in heat pump system
Cold and when heating water running, opened so that coolant can sequentially pass through outdoor heat exchanger, interior is changed by controlling above-mentioned electromagnetic valve
Hot device, is then back to compressor, on the premise of ensureing refrigeration, realizes the function of water heating.
In summary：
For the heat pump shown in Figure 10, when there being water heating demand, if it is in operation and oily compressor 101 is detected
The outlet temperature of the exhaustor 22 of separator assembly is higher than temperature Tr setting, then water circuit system can detect the water in water tank 109
Whether position S is less than default lowest water level S1, if S≤S1, opens water compensating valve 111 and supplements water level.Wherein, opening moisturizing
When valve 111 supplements water level, water pump 110 and flow control valve 113 can be closed, because after water compensating valve 111 is opened, hydraulic pressure pushes away enough
Water in dynamic pipeline enters water tank 109, and now, the aperture of water compensating valve 111 is according to the leaving water temperature T of outlet 330To set, to keep away
The aperture exempting from water compensating valve 111 larger leads to cooling medium liquefaction.
If S ＞ S1 is detected when just starting, open water pump 110 and flow control valve 113, now water compensating valve 111 closes
Close, the aperture of flow control valve 113 is according to the leaving water temperature T of outlet 330To set.When the temperature in water tank 109 is detected
When Tw reaches design temperature, then detect whether the water level S in water tank 109 is more than default peak level S2, if S >=S2,
Switch off the pump 110 and flow control valve 113, and determines that water heating completes, and now can send and heat the instruction that water energy need to be zero
To controller；And if S<S2, then switch off the pump 110 and flow control valve 113, and opens water compensating valve 111, water compensating valve 111
Aperture is according to the leaving water temperature T of outlet 330To adjust.No matter whenever, if detect water level S in water tank 109 >=
S2, then water compensating valve 111 will positive closing, prevent water level overflow.
In an embodiment of the present utility model, heat pump can have refrigeration mode, heating mode, water heating mould
Formula, freeze and heat aqueous mode, dehumidification mode and air supply pattern etc., only heating aqueous mode and refrigeration and heating aqueous mode
When, just determine there is the demand of water heating, and when the demand of water heating is only detected, water circulation system just can be run.Work as heat
Pumping system run refrigeration mode, heating mode, dehumidification mode with during air supply pattern as common heat pump, now water route
Circulation is closed.
Specifically, when heat pump runs and heats aqueous mode, off-premises station receives from remote control or line control machine
The water heating demand sending, electricity commutation on cross valve 102, electromagnetic valve 105 is opened, and the electric expansion valve of indoor set is (i.e. above-mentioned
The second throttle part) close, compressor 101 according to can need size determine running frequency.The high temperature discharged from compressor 101 is high
Pressure gaseous coolant enters oil separator component from air inlet pipe 21, realizes the separation of oil and coolant under the action of the centrifugal force, simultaneously high
Warm coolant carries out heat exchange with the recirculated water from water tank 109 side in cavity, and the coolant after Oil-gas Separation and cooling is from aerofluxuss
Pipe 22 out through the throttling action of cross valve 102, electromagnetic valve 105 and electric expansion valve 104 (i.e. above-mentioned first throttle part),
Return to compressor 101 and complete coolant through cross valve 102, low-pressure tank 106 again after evaporation endothermic amount in outdoor heat exchanger 103 and follow
Ring.And the lubricating oil in oil separator component then returns compressor 101 through oil return pipe 23, and water passage circulation system is according to above
Control logic run.
When heat pump runs refrigeration and heats aqueous mode, off-premises station receives and sends from remote control or line control machine
The refrigeration come and water heating demand, cross valve 102 is closed, and electromagnetic valve 105 cuts out, and electronic expansion valve of indoor unit is according to the actual requirements
Be adjusted, compressor 101 according to can need size determine running frequency.The high pressure gaseous coolant discharged from compressor 101
From air inlet pipe 21 enter oil separator component, under the action of the centrifugal force realize oil and coolant separation, simultaneously high temperature refrigerant with come
Recirculated water from water tank 109 side carries out heat exchange in cavity, and the high pressure middle temperature coolant after Oil-gas Separation and cooling is from exhaustor
22 out enter outdoor heat exchanger 103 condensation cooling through cross valve 102, then through electric expansion valve 104 from the second stop valve
107 get in machine, return to off-premises station from the first stop valve 108 indoors after evaporation endothermic in machine, then through cross valve 102,
Low-pressure tank 106 returns to compressor 101 and completes refrigerant circulation.And the lubricating oil in oil separator component then returns through oil return pipe 23
Compressor 101, and water passage circulation system runs according to control logic above.
Wherein, for the heat pump shown in Figure 10, due to being not provided with oil storage tank inside oil separator component, therefore in water
To guarantee during loop control that the outlet temperature of exhaustor 22 is not less than the saturation temperature of coolant, to avoid the occurrence of compressor liquid hammer
Problem.
Based on this, as shown in figure 11, oil separator component adopts the structure shown in Fig. 7, arranges oil storage in tank body 24
Tank 71, this structure makes the control of water circuit system not limited by the saturation temperature of gaseous coolant, and water heating is faster more energy efficient.
The control logic in water route is as described above, but need not be according to the leaving water temperature T of outlet 330Water compensating valve 111 and stream are set
The aperture of control valve 113, and under this configuration, flow control valve 113 can also be set in water route.
Additionally, for the heat pump shown in Figure 10 and Figure 11 it is also possible to the going out of exhaustor 22 in oil separator component
Arrange pressure transducer at mouthful to detect refrigerant pressure.
To sum up, this utility model provides a kind of new oil separator component, can be assembled with water- to-water heat exchanger assembly
Constitute new heat exchanger, this novel heat exchanger can be real under the premise of realization is normally oily and cold media gas are detached
The now heat exchange with water, increased the function of petroleum crude separator, and the feature of modularization assembling has higher motility, simultaneously
Also allow for safeguarding and remove incrustation scale.Based on the novel heat exchanger proposing, this utility model also proposed a kind of new Heat Pump
Hydrophone, realizes the function of water heating, decreases heat pump system on the premise of being increased without cross valve and bushing type water- to-water heat exchanger
The parts of system and cost, make heat pump compacter.
The technical solution of the utility model is described in detail above in association with accompanying drawing, the utility model proposes a kind of be used for heat
The heat exchanger of pumping system and there is the heat pump of this heat exchanger and corresponding control program, enabling by separating of oil
The heat of device assembly, to realize the heating to water, effectively increases the utilization ratio of the energy, and need not be in original heat pump
On the basis of increase the function that excessive part just can realize water heating, effectively reduce the production cost of product.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for this
For the technical staff in field, this utility model can have various modifications and variations.All of the present utility model spirit and principle
Within, any modification, equivalent substitution and improvement made etc., should be included within protection domain of the present utility model.
Claims (10)
1. a kind of heat exchanger for heat pump is it is characterised in that include：Oil separator component and be set in described oil
Housing outside from device assembly, is formed with the cavity for water-filling, described sky between described housing and described oil separator component
Chamber has water inlet and outlet；
Wherein, described oil separator component includes：Tank body, air inlet pipe, exhaustor and oil return pipe, described oil return pipe is from described tank body
Top insertion, and extend the bottom of described tank body.
2. the heat exchanger for heat pump according to claim 1 it is characterised in that described oil separator component also
Including：First installation pedestal, the top of described tank body is arranged in described first installation pedestal；
Described housing is arranged in the second installation pedestal, and it is right that described second installation pedestal and described first installation pedestal are provided with
The pilot hole answered, described first installation pedestal and described second installation pedestal are assembled by described pilot hole, will be described
Housing is set in the outside of described oil separator component.
3. the heat exchanger for heat pump according to claim 2 it is characterised in that described first installation pedestal and
It is provided with sealing ring between described second installation pedestal.
4. the heat exchanger for heat pump according to claim 2 is it is characterised in that described water inlet is arranged on institute
State in the first installation pedestal, described outlet is arranged on the bottom of described housing.
5. the heat exchanger for heat pump according to any one of claim 1 to 4 is it is characterised in that described oil
Separator assembly also includes：
Oil storage tank, is arranged in described tank body, and the middle and upper part of described oil storage tank is provided with the opening communicating with described tank body, described
Air inlet pipe and described oil return pipe stretch in described oil storage tank, and described exhaustor is arranged on outside described oil storage tank and stretches into described tank body
Bottom.
6. the heat exchanger for heat pump according to any one of claim 1 to 4 is it is characterised in that described sky
Intracavity is provided with heat exchanger fin.
7. a kind of heat pump is it is characterised in that include：Compressor, cross valve, outdoor heat exchanger, indoor set, low-pressure tank, water
Case, and the heat exchanger for heat pump as any one of claim 1 to 6；
Wherein, the outlet of described compressor is connected with the air inlet pipe of described oil separator component, four ports of described cross valve
It is respectively connecting to the exhaustor of described oil separator component, the first port of described outdoor heat exchanger, the entrance of described low-pressure tank
With the first stop valve, the outlet of described low-pressure tank and the oil return pipe of described oil separator component are connected to entering of described compressor
Mouthful, the second port of described outdoor heat exchanger is passed through first throttle part and is connected to the second stop valve, described first stop valve with
Described second stop valve is connected with the refrigerant pipe in described indoor set；
The first port of described water tank is connected with described water inlet, and the second port of described water tank is connected with described outlet, institute
State and be provided with water pump on the pipeline between the first port of water tank and described water inlet, described water inlet is also by water compensating valve and water
Source connects.
8. heat pump according to claim 7 is it is characterised in that also include：Electromagnetic valve, is connected in parallel on described first cut-off
Between valve and described second stop valve.
9. heat pump according to claim 7 is it is characterised in that also include：
Flow control valve, and described water pump is connected on the pipeline between the first port of described water tank and described water inlet.
10. the heat pump according to any one of claim 7 to 9 is it is characterised in that be provided with water level in described water tank
Sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620927608.3U CN205980423U (en) | 2016-08-23 | 2016-08-23 | A heat exchanger and heat pump system for heat pump system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620927608.3U CN205980423U (en) | 2016-08-23 | 2016-08-23 | A heat exchanger and heat pump system for heat pump system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205980423U true CN205980423U (en) | 2017-02-22 |
Family
ID=58033248
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620927608.3U Withdrawn - After Issue CN205980423U (en) | 2016-08-23 | 2016-08-23 | A heat exchanger and heat pump system for heat pump system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205980423U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106196699A (en) * | 2016-08-23 | 2016-12-07 | 广东美的暖通设备有限公司 | Heat exchanger, heat pump and control method thereof for heat pump |
| CN108709348A (en) * | 2018-06-27 | 2018-10-26 | 佛山市德天电器有限公司 | multiple heat exchange oil separation device and its heat pump system |
-
2016
- 2016-08-23 CN CN201620927608.3U patent/CN205980423U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106196699A (en) * | 2016-08-23 | 2016-12-07 | 广东美的暖通设备有限公司 | Heat exchanger, heat pump and control method thereof for heat pump |
| CN108709348A (en) * | 2018-06-27 | 2018-10-26 | 佛山市德天电器有限公司 | multiple heat exchange oil separation device and its heat pump system |
| CN108709348B (en) * | 2018-06-27 | 2024-07-02 | 佛山市德天电器有限公司 | Multiple heat exchange oil content device and heat pump system thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170222 Effective date of abandoning: 20190402 |
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| AV01 | Patent right actively abandoned |