CN205690744U - A kind of high-temperature steam-generating heat pump system - Google Patents
A kind of high-temperature steam-generating heat pump system Download PDFInfo
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- CN205690744U CN205690744U CN201620556206.7U CN201620556206U CN205690744U CN 205690744 U CN205690744 U CN 205690744U CN 201620556206 U CN201620556206 U CN 201620556206U CN 205690744 U CN205690744 U CN 205690744U
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- heat pump
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- voltage stabilizing
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Abstract
The open a kind of high-temperature steam-generating heat pump system of this utility model, it includes heat pump unit, insulation voltage stabilizing liquid storing barrel and the steam generator connected by pipeline；Heat pump unit includes main heat pump and assisted heat pump, and the water in insulation voltage stabilizing liquid storing barrel is heated by main heat pump, the hot water supply hot water point obtained and steam generator；The hot water flowed into, under the effect of assisted heat pump, is heated by steam generator further, to produce high-temperature steam, and supply steam points.It is back to be incubated in voltage stabilizing liquid storing barrel with hot water point with the water after steam points cooling, the pipeline that insulation voltage stabilizing liquid storing barrel is connected with main heat pump, steam generator is respectively equipped with circulating pump, to form water circulation.This utility model can carry out the boiling point of hot water in raising system by pressure in regulation liquid storing barrel, and on this basis by increasing vapour system, temperature is promoted further, and then produces high-temperature water and high-temperature steam so that heat pump can be applicable to multiple high temperature demands occasion.
Description
Technical field
This utility model relates to technical field of heat pumps, a kind of high temperature steaming that can produce high-temperature water and high-temperature steam
Vapour heat pump.
Background technology
Heat pump techniques is a kind of energy-saving and environmental protection grown up based on inverse Carnot cycle principle, safe and efficient energy profit
By technology, it becomes after power driven compressor system acting efficient heat-collecting is integrated by obtaining Low Temperature Thermal from air or water
For high temperature heat source, it is used for taking (confession) and warms up or hot-water supply.Heat pump is continue fuel oil, coal, vapour hot-water boiler, electrical heating and solar energy
Firing equipment of new generation after heating, is also the cleanest mode of heating.
Conventional heat pump is generally hot pump in low temp, its whole system simple in construction, but has the disadvantages that
1. the water temperature being provided that is low, and water temperature is generally below 90 DEG C, it is impossible to meet high temperature water demand, such as food industry
Food heating, the sterilization of instruments of medical industry, the high temperature water of electroplating industry；
2. pipeline is open, and evaporation capacity is relatively big, and corresponding moisturizing water consumption is big；
3. without insulation water storage system, or insulation water storage system is simple and crude, it is impossible to heat accumulation when selecting according to electrical network peak valley, insulation
Effect is poor；
4. the thermal efficiency is relatively low, and by utilizing the heat energy in air, efficiency can only achieve about 120%；
5. moisturizing uses tap water, easily produces incrustation scale, causes efficiency losses and pipeline corrosion.
Conventional heat pump is owing to having the shortcoming that heating-up temperature is low, water consumption is big, heat insulation effect is poor, the thermal efficiency is low, and it is promoted
Utilize and seriously restricted.
Utility model content
The technical problems to be solved in the utility model is: providing a kind of high-temperature steam-generating heat pump system, it can produce higher than 100
DEG C high-temperature water and high-temperature steam so that heat pump can be applicable to multiple high temperature demands occasion.
Technical scheme that this utility model is taked is particularly as follows: a kind of high-temperature steam-generating heat pump system, including connected by pipeline
Heat pump unit, insulation voltage stabilizing liquid storing barrel and steam generator；
Heat pump unit includes main heat pump and assisted heat pump, is provided with water and adds pipe line in main heat pump, and water adds pipe line two ends and is
Output end of hot water and backflow end；The water that water can be added in pipe line by main heat pump heats；
Assisted heat pump includes heating agent circulation line, is provided with hot water channel in steam generator, the heating agent circulation of assisted heat pump
Pipeline is passed through in steam generator, to realize heating agent and the heat exchange of water in hot water channel；
Insulation voltage stabilizing liquid storing barrel is airtight entire body, which is provided with pressure-regulating device, to regulate pressure in bucket；
Insulation voltage stabilizing liquid storing barrel is provided with water inlet, refluxing opening, outlet and water return outlet, and wherein water inlet connects main heat pump
Output end of hot water, refluxing opening connect main heat pump backflow end；Insulation voltage stabilizing liquid storing barrel by outlet to water spot and steam
The hot water channel of generator carries hot water；With water spot, the water that temperature reduces is delivered to the water return outlet of insulation voltage stabilizing liquid storing barrel；
The steam output end output steam of steam generator is to using steam points；The water that will become after steam liquefied with steam points
It is delivered to be incubated the water return outlet of voltage stabilizing liquid storing barrel；
It is respectively equipped with circulating pump on the pipeline that insulation voltage stabilizing liquid storing barrel is connected with main heat pump, steam generator.
This utility model in use, main heat pump major function is the water at low temperature in heating and thermal insulation voltage stabilizing liquid storing barrel,
During the work of main heat pump, the heating agent in copper pipe transfers heat to the water at low temperature being incubated in voltage stabilizing liquid storing barrel through heat exchanger.Auxiliary
The major function of heat pump be by main heat pump after water again heat, formed high-temperature steam.During assisted heat pump work, in pipeline
High temperature heating agent flow through steam generator, the hot water entering steam generator can be heated further, thus produce high-temperature steam.
Insulation voltage stabilizing liquid storing barrel may be configured as cylindrical enclosure staving, pressure scalable keeping, when regulation makes in it
When pressure in insulation voltage stabilizing liquid storing barrel raises, the boiling point of liquid storage inner bucket water raises the most accordingly so that water can be heated by heat pump
Circulating water heating in pipeline is to higher than 100 degrees Celsius.Water after the elevation of boiling point is still heated in a vapor generator, and then
High-temperature steam can be produced.Meanwhile, using and be tightly connected between native system pipeline and each equipment, hot water only enters in sealing pipeline
Row heat exchange, therefore relative to open pipe-line system, can be substantially reduced the water yield for supplementing evaporating loss.
Insulation voltage stabilizing liquid storing barrel can use existing pressure adjustable type device for storing liquid, according to hot water water temperature demand in liquid storing barrel
Pressure is adjusted, thus change the boiling point of liquid storage inner bucket water, obtain corresponding high-temperature water.Steam generator is at assisted heat pump
Effect under the hot water flowed out in liquid storing barrel is heated further, produce high-temperature steam, for steam points.
High-temperature steam-generating heat pump system of the present utility model also includes pressure manostat, and pressure manostat is connected to steam generation
Device and with between steam points.Pressure manostat is a pressure vessel, is mainly used in the pressure stable with steam points offer, and it is
Barrel-like structure, relief valve, Pressure gauge and air intake are arranged at top, and discharge outlet and venthole are arranged at bottom.Pressure manostat can use elder generation
Use product.
Hot water channel in this utility model steam generator is multiple taper pipes be arrangeding in parallel, the heat of assisted heat pump
Within the steam generator cavity that matchmaker's circulation line is positioned at outside hot water channel.The abundant convection current between heating agent and hot water can be ensured,
Thus the water in hot water channel is heated and becomes steam.Steam generator may be designed as cylinder, and in addition to interface, internal insulation is close
Envelope, convenient installation, take up room little.
Further, the main heat pump of this utility model is made up of multiple heat pumps；Each heat pump includes heating agent circulation line respectively, heat
Compressor, fluid reservoir and First Heat Exchanger it is sequentially provided with on matchmaker's circulation line；The outfan of compressor connects fluid reservoir；Water heats
Pipeline is positioned in the First Heat Exchanger of each heat pump, and can carry out heat exchange with heating agent circulation line.Thus realize insulation steady
The heating of pressure liquid storage inner bucket water.Multiple heat pumps can use series winding form to be combined, in order to meet with water spot with steam points pair
The different amounts demand of hot water and steam, the capacity of insulation voltage stabilizing liquid storing barrel of the present utility model can suitably be adjusted, main heat
The heat pump series winding quantity of pump adjusts the most accordingly, with the main heat pump efficiency of heating surface to water in the case of the different moisture storage capacity of guarantee.
Further, in First Heat Exchanger, heating agent circulation line is wrapped in water and adds on pipe line.Or both also can phase
It is wound around mutually, it is achieved the isolation between heating agent and recirculated water, heat exchanger effectiveness is higher simultaneously.
For simplied system structure, the First Heat Exchanger of each heat pump of this utility model is same heat exchanger, the heat of each heat pump
The water that matchmaker's circulation line is respectively wound around in First Heat Exchanger adds on pipe line.This is also the one of the multiple heat pump of this utility model
Series winding form, can realize high-efficiency heating.
In order to improve the efficiency of heating surface of heating agent circulation line further, heating agent circulation line is additionally provided with the second heat exchanger and
Vaporizer；Second heat exchanger and vaporizer connect auxiliary heating agent circulation line；On auxiliary heating agent circulation line, auxiliary compression
Machine, auxiliary fluid reservoir, the second heat exchanger are sequentially connected with vaporizer, and the outfan of auxiliary compressor connects auxiliary fluid reservoir.?
Heating agent after heat exchange is lowered the temperature in First Heat Exchanger, when flowing through the second heat exchanger and vaporizer, absorbable auxiliary heating agent circulation
Heat on pipeline, thus improve the basal temperature before entering compressor so that the heat medium temperature of compressor output is higher, and first
The heat exchange efficiency of heat exchanger improves the most accordingly.
In assisted heat pump of the present utility model, heating agent circulation line is sequentially provided with the 3rd heat exchanger, the second vaporizer, pressure
Contracting machine and fluid reservoir；The outfan of compressor connects fluid reservoir；Heating agent circulation line between fluid reservoir and the 3rd heat exchanger passes through
Wear the reservoir chamber in steam generator.
In order to improve the efficiency of heating surface of steam generating system, in assisted heat pump, it is additionally provided with auxiliary heating agent circulation line；Auxiliary
On heating agent circulation line, assist the second compressor, assist the second fluid reservoir, the 3rd heat exchanger and the second vaporizer to be sequentially connected with.
In this utility model, insulation voltage stabilizing liquid storing barrel is cylindrical, and bucket wall includes inner and outer wall, between inner and outer wall
It is provided with heat preservation sandwich layer；The inner surface of inwall and the outer surface of outer wall are mirror finish face.Bucket wall construction can strengthen liquid storing barrel every
Hot heat insulation effect, reduces heat loss.Through measuring, during room temperature 28 DEG C, hot water barrel water storage 2000L, temperature drops to from 100 DEG C
80 DEG C about need 50 hours.This utility model insulation voltage stabilizing liquid storing barrel heat loss is few, can be stored in bucket by heat energy when electricity consumption trough,
It is used for producing during electricity consumption crest, thus realizes heat accumulation when electrical network peak valley is selected.
Beneficial effect
The beneficial effects of the utility model are: utilize heat pump of the present utility model, relative to conventional heating system, have
Following advantage:
Relative to conventional heating system, have the following advantages:
1) capacity usage ratio is high, and the efficiency of heating surface is approximately the most electrically heated 1.5 times；
2) pressure adjustable of voltage stabilizing liquid storing barrel it is incubated so that in heat exchanger, hot water temperature can be more than 100 DEG C；
3) temperature control system is simple, it is not necessary to arrange multiple overtemperature protection, it is not necessary to arrange the protection of multiple low liquid level.
4) insulation voltage stabilizing liquid storing barrel is capable of energy storage, and thermal losses is little, conveniently uses electricity in off-peak hours, as special according to local electricity price
Point, starts heat pump, by energy storage to thermal insulation water heating barrel, utilizes the heat in heat-preserving container when high electricity price when low electricity price in night
Can be used for producing heat supply, thus reduce electric cost.
5) can use as cold water side-product and cold air from the cold water with hot water point and with steam points backflow, be applied to cold water
The occasion (15 ~ 20 DEG C) that temperature requirement is the highest；
6) easy to maintenance, water consumption is low, and in pipeline, incrustation scale is few, and heat loss and pipeline corrosion have the biggest relative to steam generator system
Advantage；
7) without Boiler Steam chimney pollution problem.
Accompanying drawing explanation
Fig. 1 show this utility model theory structure schematic block diagram；
Fig. 2 show this utility model system structure schematic diagram；
Fig. 3 show this utility model mounting structure schematic front view；
Fig. 4 show the plan structure schematic diagram of Fig. 3；
Fig. 5 show main heat pump principle structural representation；
Fig. 6 show assisted heat pump theory structure schematic diagram.
Detailed description of the invention
Further describe below in conjunction with the drawings and specific embodiments.
In conjunction with shown in Fig. 1 to Fig. 4, high-temperature steam-generating heat pump system of the present utility model, including the heat pump list connected by pipeline
Unit 02, insulation voltage stabilizing liquid storing barrel 01 and steam generator 03；
Heat pump unit 02 includes main heat pump and assisted heat pump, is provided with water and adds pipe line in main heat pump, and water adds pipe line two ends
For output end of hot water A1 and backflow end A2；The water that water can be added in pipe line by main heat pump heats；
Assisted heat pump includes heating agent circulation line, is provided with hot water channel in steam generator 03, and the heating agent of assisted heat pump follows
Endless tube road is passed through inside steam generator, to realize heating agent and the heat exchange of water in hot water channel；
With reference to Fig. 3 and Fig. 4, insulation voltage stabilizing liquid storing barrel 01 is airtight entire body, which is provided with pressure-regulating device, to regulate bucket
Interior pressure；Insulation voltage stabilizing liquid storing barrel 01 is provided with water inlet 12, refluxing opening 13, outlet 14 and water return outlet 15, wherein water inlet
The 12 output end of hot water A1 connecting main heat pump, refluxing opening 13 connects the backflow end A2 of main heat pump；Insulation voltage stabilizing liquid storing barrel 01 passes through
Outlet 14 carries hot water to the hot water channel of water spot 07 and steam generator 03；Water conveying temperature reduced with water spot 07
To the water return outlet 15 being incubated voltage stabilizing liquid storing barrel 01；
The steam output end 04 of steam generator 03 exports steam to using steam points 08；With steam points 08 by after steam liquefied
The water become is delivered to be incubated the water return outlet 15 of voltage stabilizing liquid storing barrel 01；
It is respectively equipped with circulating pump 05 on the pipeline that insulation voltage stabilizing liquid storing barrel 01 is connected with main heat pump, steam generator 03.For
The operation making fluid is controlled, and each pipeline is additionally provided with regulation valve 06.
In use, the pressure adjustable of insulation voltage stabilizing liquid storing barrel 01 saves and keeps, when regulation makes to be incubated voltage stabilizing liquid storing barrel
When interior pressure raises, the boiling point of liquid storage inner bucket water raises the most accordingly so that water can be added the recirculated water in pipe line by heat pump
It is heated to above 100 degrees Celsius.Water after the elevation of boiling point is still heated in a vapor generator, and then can produce high temperature steaming
Vapour.
Embodiment
As shown in Figures 2 and 3, being incubated voltage stabilizing liquid storing barrel 01 in the present embodiment is cylindrical enclosure staving, in bucket wall includes
Wall and outer wall, be provided with heat preservation sandwich layer 16 between inner and outer wall；The inner surface of inwall and the outer surface of outer wall are mirror finish face.
Bucket wall construction can improve the heat insulation and preservation effect of liquid storing barrel, through measuring, during room temperature 28 DEG C, hot water barrel water storage 2000L, temperature
Drop to 80 DEG C from 100 DEG C and about need 50 hours.Steam generator 03 is also configured as cylinder, and in addition to interface, internal insulation seals,
Convenient installation, takes up room little.It is passed through the heating agent circulation line within steam generator 03 to be full of in taper hot water channel with outer
In space between wall, the time that heating agent flows through in steam generator can be increased, improve heat exchange efficiency.
Insulation voltage stabilizing liquid storing barrel 01 uses existing pressure adjustable type device for storing liquid, as shown in Figure 4, on insulation voltage stabilizing liquid storing barrel 01
There is pressure-regulating device, including pressue device, pressure relief opening, pressure-regulating valve etc..User can be according to hot water water temperature demand to storage
Pressure in liquid bucket is adjusted, thus change the boiling point of liquid storage inner bucket water, obtain corresponding high-temperature water.Steam generator exists
Under the effect of assisted heat pump, the hot water flowed out in liquid storing barrel is heated further, produce high-temperature steam, for steam points.Protect
It is additionally provided with water filling port 11 on temperature voltage stabilizing liquid storing barrel 01.
In embodiment shown in Fig. 1 to Fig. 4, high-temperature steam-generating heat pump system also includes pressure manostat 04, pressure manostat
04 is connected to steam generator 03 and with between steam points.Pressure manostat 04 is a pressure vessel, is mainly used in steam
Point provides stable pressure, and it is barrel-like structure, and top has relief valve, Pressure gauge and air intake, bottom have discharge outlet and go out vapour
Mouthful.
With reference to Fig. 2, Fig. 3, Fig. 6, the hot water channel in steam generator 03 is multiple taper pipes be arrangeding in parallel, auxiliary
Within the steam generator cavity that the heating agent circulation line of heat pump B is positioned at outside hot water channel.Can ensure between heating agent and hot water
Fully convection current, thus the water in hot water channel is heated and becomes steam.Steam generator is designed as cylinder, internal in addition to interface
Thermal-insulating sealing, convenient installation, take up room little.
As it is shown in figure 1, main heat pump is made up of multiple heat pump A in the present embodiment, multiple heat pumps can use series winding form to carry out
Combination, in order to meet with water spot with the steam points different amounts demand to hot water and steam, insulation voltage stabilizing of the present utility model
The capacity of liquid storing barrel can suitably be adjusted, and the heat pump series winding quantity of main heat pump adjusts the most accordingly, to ensure different moisture storage capacity feelings
The main heat pump efficiency of heating surface to water under condition.
As it is shown in figure 5, each heat pump in main heat pump includes heating agent circulation line respectively, each heating agent circulation line sets successively
There are compressor 212, fluid reservoir 211 and First Heat Exchanger 210；The outfan of compressor 212 connects fluid reservoir 211；Water adds heat pipe
Road is positioned in First Heat Exchanger 210, and can carry out heat exchange with heating agent circulation line.
Concrete, in First Heat Exchanger, heating agent circulation line is wrapped in water and adds on pipe line.Or both also can mutually twine
Around, it is achieved the isolation between heating agent and recirculated water, heat exchanger effectiveness is higher simultaneously.
The series winding form of multiple heat pump described in the utility model is it may be that the first heat exchange on each heat pump heating agent circulation line
Device is same heat exchanger, arranges water and add pipe line in this heat exchange, and the heating agent circulation line winding water the most respectively of each heat pump adds heat pipe
Road, the most as shown in Figure 5 be the form of two heat pumps series connection, be corresponding with Fig. 1.Can also be that each heat pump is all provided with one
Individual First Heat Exchanger, is respectively equipped with water and adds pipe line in each First Heat Exchanger, each water adds pipe line and connects insulation respectively surely
Press liquid storing barrel, or multiple water adds connection insulation voltage stabilizing liquid storing barrel after pipe line series winding.
In order to improve the efficiency of heating surface of heating agent circulation line, heating agent circulation line is additionally provided with the second heat exchanger 214 and steams
Send out device 213；Second heat exchanger 214 and vaporizer 213 connect auxiliary heating agent circulation line；On auxiliary heating agent circulation line, auxiliary
Compressor 216, auxiliary fluid reservoir the 215, second heat exchanger 214 is helped to be sequentially connected with vaporizer 213, auxiliary compressor 216 defeated
Go out end and connect auxiliary fluid reservoir 215.In First Heat Exchanger 210 through heat exchange lower the temperature after heating agent, flow through the second heat exchanger 214
During with vaporizer 213, the heat on absorbable auxiliary heating agent circulation line, thus improve the basis temperature before entering compressor 212
Degree so that the heat medium temperature of compressor 212 output is higher, and the heat exchange efficiency of First Heat Exchanger 210 improves the most accordingly.
As shown in Figure 6, in assisted heat pump B, heating agent circulation line is sequentially provided with the 3rd heat exchanger the 223, second vaporizer
222, compressor 221 and fluid reservoir 220；The outfan of compressor 221 connects fluid reservoir 220；Fluid reservoir 220 and the 3rd heat exchanger
Heating agent circulation line between 223, is passed through in steam generator 03 by inlet port 31 and outlet 32.
In order to improve the efficiency of heating surface of steam generating system, in assisted heat pump B, it is additionally provided with auxiliary heating agent circulation line；Auxiliary
On heating agent circulation line, assist the second compressor 225, assist the second fluid reservoir the 224, the 3rd heat exchanger 223 and the second vaporizer
222 are sequentially connected with.
Heating agent in the heating agent circulation line of this utility model heat pump can use existing high temperature mixed type heating agent.By insulation
The pressure regulation of voltage stabilizing water butt, can make the water temperature after heating reach about 105 DEG C, the highest, then through steam generation
Device and assisted heat pump effect, can make water temperature reach 125 DEG C, it is possible to meets major part high-temperature water and the need of high-temperature steam use point
Want, such as:
Can be applicable to food, medicine trade, process for food steaming, high-temperature sterilization；
Can be applicable to the manufacturing industry that plating etc. need to be heated, heat with remaining cell body liquid medicine, substitute electric heater, reduce fire hidden
Suffer from；
Can be used for the hot water supply such as hotel, hotel.
The above is only preferred implementation of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from this utility model know-why, it is also possible to make some improvement and deformation, these change
Enter and deform and also should be regarded as protection domain of the present utility model.
Claims (10)
1. a high-temperature steam-generating heat pump system, is characterized in that, including the heat pump unit connected by pipeline, insulation voltage stabilizing liquid storing barrel and
Steam generator；
Heat pump unit includes main heat pump and assisted heat pump, is provided with water and adds pipe line in main heat pump, and it is hot water that water adds pipe line two ends
Outfan and backflow end；The water that water can be added in pipe line by main heat pump heats；
Assisted heat pump includes heating agent circulation line, is provided with hot water channel in steam generator, the heating agent circulation line of assisted heat pump
It is passed through in steam generator, to realize heating agent and the heat exchange of water in hot water channel；
Insulation voltage stabilizing liquid storing barrel is airtight entire body, which is provided with pressure-regulating device, to regulate pressure in bucket；
Insulation voltage stabilizing liquid storing barrel is provided with water inlet, refluxing opening, outlet and water return outlet, and wherein water inlet connects the heat of main heat pump
Water outfan, refluxing opening connects the backflow end of main heat pump；Insulation voltage stabilizing liquid storing barrel by outlet to water spot and steam generation
The hot water channel of device carries hot water；With water spot, the water that temperature reduces is delivered to the water return outlet of insulation voltage stabilizing liquid storing barrel；
The steam output end output steam of steam generator is to using steam points；The water conveying that will become after steam liquefied with steam points
To the water return outlet being incubated voltage stabilizing liquid storing barrel；
It is respectively equipped with circulating pump on the pipeline that insulation voltage stabilizing liquid storing barrel is connected with main heat pump, steam generator.
High-temperature steam-generating heat pump system the most according to claim 1, is characterized in that, also includes pressure manostat, pressure voltage stabilizing
Device is connected to steam generator and with between steam points.
High-temperature steam-generating heat pump system the most according to claim 1, is characterized in that, the hot water channel in steam generator is many
The individual taper pipe be arrangeding in parallel, the steam generator cavity that the heating agent circulation line of assisted heat pump is positioned at outside hot water channel it
In.
4. according to the high-temperature steam-generating heat pump system described in any one of claims 1 to 3, it is characterized in that, main heat pump is by multiple heat pumps
Composition；
Each heat pump includes heating agent circulation line respectively, and heating agent circulation line is sequentially provided with compressor, fluid reservoir and the first heat exchange
Device；The outfan of compressor connects fluid reservoir；Water adds in the First Heat Exchanger that pipe line is positioned at each heat pump, and can circulate with heating agent
Pipeline carries out heat exchange.
High-temperature steam-generating heat pump system the most according to claim 4, is characterized in that, in First Heat Exchanger, and heating agent circulation line
It is wrapped in water to add on pipe line.
High-temperature steam-generating heat pump system the most according to claim 5, is characterized in that, the First Heat Exchanger of each heat pump is same changing
Hot device, the water that the heating agent circulation line of each heat pump is respectively wound around in First Heat Exchanger adds on pipe line.
High-temperature steam-generating heat pump system the most according to claim 4, is characterized in that, heating agent circulation line is additionally provided with second and changes
Hot device and vaporizer；Second heat exchanger and vaporizer connect auxiliary heating agent circulation line；On auxiliary heating agent circulation line, auxiliary
Compressor, auxiliary fluid reservoir, the second heat exchanger are sequentially connected with vaporizer, and the outfan of auxiliary compressor connects auxiliary liquid storage
Tank.
8. according to the high-temperature steam-generating heat pump system described in any one of claims 1 to 3, it is characterized in that, in assisted heat pump, heating agent follows
The 3rd heat exchanger, the second vaporizer, compressor and fluid reservoir it is sequentially provided with on endless tube road；The outfan of compressor connects liquid storage
Tank；Heating agent circulation line between fluid reservoir and the 3rd heat exchanger is passed through inside steam generator.
High-temperature steam-generating heat pump system the most according to claim 8, is characterized in that, is additionally provided with auxiliary heating agent and follows in assisted heat pump
Endless tube road；On auxiliary heating agent circulation line, assist the second compressor, assist the second fluid reservoir, the 3rd heat exchanger and the second evaporation
Device is sequentially connected with.
10., according to the high-temperature steam-generating heat pump system described in any one of claims 1 to 3, it is characterized in that, insulation voltage stabilizing liquid storing barrel
Bucket wall includes inner and outer wall, is provided with heat preservation sandwich layer between inner and outer wall；The inner surface of inwall and the outer surface of outer wall are mirror
Mirror polish face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620556206.7U CN205690744U (en) | 2016-06-08 | 2016-06-08 | A kind of high-temperature steam-generating heat pump system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620556206.7U CN205690744U (en) | 2016-06-08 | 2016-06-08 | A kind of high-temperature steam-generating heat pump system |
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| Publication Number | Publication Date |
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| CN205690744U true CN205690744U (en) | 2016-11-16 |
Family
ID=57261426
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| CN201620556206.7U Expired - Fee Related CN205690744U (en) | 2016-06-08 | 2016-06-08 | A kind of high-temperature steam-generating heat pump system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106403375A (en) * | 2016-06-08 | 2017-02-15 | 李锦智 | High-temperature steam heat pump system |
-
2016
- 2016-06-08 CN CN201620556206.7U patent/CN205690744U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106403375A (en) * | 2016-06-08 | 2017-02-15 | 李锦智 | High-temperature steam heat pump system |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161116 Termination date: 20190608 |
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| CF01 | Termination of patent right due to non-payment of annual fee |