CN201637190U - Trinity machine for heat-recovery central cold-and-warm bath of light-electricity-air heat pump - Google Patents
Trinity machine for heat-recovery central cold-and-warm bath of light-electricity-air heat pump Download PDFInfo
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- CN201637190U CN201637190U CN2009202995485U CN200920299548U CN201637190U CN 201637190 U CN201637190 U CN 201637190U CN 2009202995485 U CN2009202995485 U CN 2009202995485U CN 200920299548 U CN200920299548 U CN 200920299548U CN 201637190 U CN201637190 U CN 201637190U
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Abstract
The utility model relates to a trinity machine for heat-recovery central cold-and-warm bath of a light-electricity-air heat pump. The trinity machine comprises a pump heat recovery exchange mechanism, an air-conditioning heat exchange mechanism, a fuel gas heating hot water dual-purpose stove mechanism (or an electric dual-purpose stove mechanism), a volumetric cold-and-warm system pressure balancing water tank mechanism and a volumetric sanitary hot-water heat storage water tank mechanism, wherein the volumetric cold-and-warm system pressure balancing water tank mechanism comprises two closed heating heat exchanger. The improvement is that the trinity machine also comprises a pressure-bearing solar total heat exchange mechanism, wherein the mechanism comprises a flat-plate solar thermal collector and a solar heating water heat exchanger; the front end of the solar thermal collector is provided with an optical sensing device; and the bottom of the solar thermal collector is connected with a rotator and a controller. The solar total heat exchange mechanism can lead a solar thermal collecting plate to rotate according to the best heat-absorption angle at any time, so as to absorb the heat of solar energy maximumly, therefore, the heat exchange efficiency is high, and the energy saving effect is obvious.
Description
Technical field
The utility model relates to a kind of heat pump recuperation of heat machine for cooling, heating and bathing.
Background technology
Utility model patent ZL 200620069870.5 provides a kind of " heat pump recuperation of heat central type machine for cooling, heating and bathing "; This machine comprises air source (source) heat pump water chiller-heater mechanism, also comprises hot water two purpose boiler mechanism, positive displacement waste heat recovery accumulation of heat water mechanism and positive displacement system water accumulating mechanism; This device hot water two purpose boiler and the air source with compressor, condenser (source) air conditioning apparatus, positive displacement waste heat recovery accumulation of heat water mechanism, positive displacement system water accumulating mechanism cooperate, and can realize the synchronous supply of winter heating and hot water; Can realize that again freeze summer and the synchronous supply of hot water.In actual installation use and in service, find that the said goods exists following weak point; A, the development and use of pure natural clear energy sources have been ignored; B, must start the limitation that boiler or heat pump just can obtain the health hot water supply in season in spring and autumn; C, ignored the efficiency of utilizing the auxiliary heating of solar energy in the winter time, energy resource consumption is big, increases customer using cost; D, the frequent defrost of heat pump in winter, energy resource consumption is big; E; Boiler waste discharge gas and heat exhaust height influence environment; F, do not meet national energy-saving and emission-reduction, high energy efficiency industrial policy.
Summary of the invention
In order to solve the low problem of the wasting of resources, cost performance that existing air-cooled heat pump recuperation of heat central type machine for cooling, heating and bathing exists, the utility model provides a kind of new construction, energy-saving and cost-reducing light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing.
Concrete technical solution is as follows:
Light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing comprise heat pump recuperation of heat exchange mechanism 2, air-conditioning system heat exchange mechanism 3, gas-heating hot water two purpose stove mechanism (or electric dual-purpose stove mechanism) 4, positive displacement cooling/warming system pressure balance water tank mechanism 5, positive displacement health hot water hot water storage tank mechanism 6, described positive displacement cooling/warming system pressure balance water tank mechanism comprises 2 closed solar heating water heat exchangers 24 and Boiler heating water heat exchanger 29, and improvement is:
Also comprise the full heat exchange mechanism 1 of bearing type solar energy, the full heat exchange mechanism of described bearing type solar energy comprises pressure-bearing type solar heat collector 7; Solar thermal collector 7 tops one side is provided with circulating outlet, be provided with balanced type pressure-regulating valve 12 and steam-water separator 14 on the delivery port successively, delivery port is connecting solar heating water heat exchanger 24 by triple valve 23, and solar heating water heat exchanger 24 is positioned at the water tank bottom of positive displacement cooling/warming system pressure balance water tank mechanism 5; Its underpart one side is provided with the circulation water inlet, is respectively equipped with blowoff valve 17, check-valves 20, water flow sensor 21 and hot water circulating pump 22 on the water inlet, and hot water circulating pump 22 water inlets are provided with graded filter 59; Its water inlet is being communicated with water supplement port by three-way pipe; The porch of water supplement port is provided with automatic decompression water compensating valve 57, last water filter 58; Its bottom is connecting circulator 18, and circulator 18 is positioned at controller 19 tops; Its front end is provided with optical flame detector 11 and thermal-arrest plate;
The outlet of described solar heating water heat exchanger 24 is being communicated with positive displacement health hot water hot water storage tank mechanism 6, and the 3rd interface of triple valve 23 is being communicated with the import of positive displacement health hot water hot water storage tank mechanism 6.
Described solar thermal collector 7 is a flat type solar heat collector.
Be provided with outlet bellows 13 between balanced type pressure-regulating valve 12 outlets on described solar thermal collector 7 delivery ports and steam-water separator 14 imports, be provided with import bellows 16 between its water inlet and check-valves 20 imports.
The water tank internal upper part of described positive displacement cooling/warming system pressure balance water tank mechanism 5 is provided with Boiler heating water heat exchanger 29, and the import of Boiler heating water heat exchanger 29 and outlet are being communicated with the triple valve 40 and the safety relief valve 50 of gas-heating hot water two purpose stove mechanism 4 respectively.
Useful technique effect of the present utility model is embodied in the following aspects:
1, according to the optical flame detector of sunshine-duration and solar energy radiation focus temperature induction design, solar heat-collection plate can be rotated according to the heat absorption angle of the best at any time, maximized absorption solar heat, the heat exchange efficiency height, energy-saving effect is showing.
2, flat type solar heat collector has adopted aluminum alloy frame, and heat resistance reaches 232 ℃, service life semipermanent.The plane of heat collector has adopted safety glass (4mm) to inlay, and the glass transparent degree reaches 91%, fully solar energy is radiated in the inner heat absorbing coating.The EPDM material seal is adopted in each junction of heat collector, has completely cut off the perforation with atmosphere fully, keeps the partial vacuum state of heat collector inside, stops heat energy loss.
3, the absorbing surface coating adopts the blue special-purpose coat of high efficiency heat absorbing coating Germany, and absorptivity reaches 93%--95%, and absorbing surface plate material and hot water house steward, tedge have adopted the outstanding red copper of heat-conductive characteristic, have guaranteed the quick conduction of heat energy.Adopt the house steward and the tedge of fin technology, ultrasonic bonding fabrication techniques, guaranteed the heat transmission of fast Absorption solar energy, can bear the 6BAR operating pressure, stable performance, the life-span is long.
4, the heat collector back veneer material has adopted galvanized steel strap, and corrosion resistance is strong, and intensity is good, has guaranteed the safe in utilization of heat collector.Adopted the rock wool insulation material, splendid prevention thermal losses, rate of heat dissipation has only 3%-5%.
5, Jie Jing running water enters among the house steward and tedge of solar thermal collector by water pipe and automatic pressure adjusting non-return water compensating valve, controls its water pressure by automatic pressure adjusting non-return water compensating valve and remains on the 2-3BAR operating pressure.
6, when season in spring and autumn, heat pump and boiler need not work, scribble the copper flat board of highly efficient heat-absorption coating, fully absorbed solar energy and the absorption heat has been conducted back being heated of domestic water receipts heat conduction in house steward and tedge to the house steward and the tedge that are laid on the flat board.
7, the temperature sensor in being embedded in heat collector perceives the water temperature of being heated in the thermal-arrest organ pipe when reaching institute's predetermined value, drives water circulating pump work, with the heating that circulates of the water in the health hot water accumulation of energy water tank.
8, in pre-temperature sensor perceives the thermal-arrest organ pipe, be heated water temperature when being lower than institute's predetermined value, stop water circulating pump work, stop the circulation heating of health hot water hot water storage tank water.Periodic duty so repeatedly stores the heating of health hot water accumulation of energy water tank water.
9, health hot water accumulation of energy waterbox design is triple systems of being heated, and can carry out heat exchange with solar energy, boiler, heat pump simultaneously, greatly improves the demand of health hot water big yield.Behind the water circulation some cycles in the health hot water accumulation of energy water tank, by the sewage draining exit of water tank water is discharged, clean water tank, the displacement clean water has guaranteed that health hot water is not secondary polluted.
10, positive displacement cooling/warming system pressure balance water tank has adopted 2 heavy blanket heat exchangers, prevented the cross-infection of health hot water, maximized utilization simultaneously and brought into play the thermal energy conduction of solar energy source has greatly reduced the consumption of gas, electric non-renewable energy resources.
11, the main system machine is furnished with 3 heavily anti-winter transportation line programs, adopts the high heat-sensitive sensor of 503ET, is arranged in the water system visiting point, directly reads environment and water temperature and changes.Pump operation when system water temperature is lower than 8 ℃, compressor operating in the time of 6 ℃, backwater stops for 12 ℃.Environment temperature is lower than 0 ℃, and 3 ℃ the time, steam generator system started and carries out heat supplement when positive displacement cooling/warming system pressure balance water tank temperature was not enough, and backwater stops for 30 ℃.
12, this machine has realized not being subjected to the high efficiency of environment temperature restriction to heat technology and 3 heat recovery heat exchangers, 2 positive displacement accumulation of heats, accumulation of energy water tank, and reasonable, the cold and hot effect of system structure design is than high.Do not influencing under heating, the refrigeration effect situation, use living-hygienic hot water with the energy consumption at the end, and flow is being big, can uninterrupted many people use, and has saved valuable energy resource consumption.
13, freeze, heat, health hot water independently heat exchanger system and water circulating pump, hot and cold Energy Efficiency Ratio height, flow are big, lift far, adverse current not.
14, expansion tank and automatic pressure are regulated the built-in of non-return water compensating valve, steam-water separator, safety relief valve, discharge switch; drainage and the moisturizing of guaranteeing whole system pressure and air are not smooth; prevent anhydrous running; can use the safe operation of protection parts and system in the high regional safety of hydraulic pressure.
15, realized controlling the whole-course automation cold bath or warm bath operation of whole unit with an indoor control device.But console controller and indoor control device have all adopted programming 16bit integrated chip, only do not have positive and negative onlinely between the two with two lines, and the electric current carrier system is adopted in communication, speed per second 4Mhz, and anti-electromagnetic interference 12Kw, wire communication is apart from reaching 1Km.Can regulate setting indoor according to user's temperature requirement.Built-in timing, coolant-temperature gage, room temperature control function and user are to self check, the memory function of equipment running status.
16, system's operation troubles position shows with literal accurately, has realized can carrying out by phone the possibility of after-sale service.
17, per 21 hours of water circulating pump starts once automatically, in the main process equipment back operation 3 minutes continuously that quits work, avoids fouling and gets stuck.
18, main process equipment is built-in reaches 48 kinds of safety detection protective devices, has guaranteed user's the safe handling and the safe operation of main process equipment fully.
19, because of having system's accumulation of energy balanced reservoir, prevented the frequent starting of unit, alleviated impact electrical network.
20, solar energy cooperates with heat pump air conditioner mechanism (refrigeration+heating), hot water two purpose boiler (heating+hot water), positive displacement health hot water accumulation of energy water tank mechanism, positive displacement system water accumulating mechanism (refrigeration or heating water), can realize the synchronous supply of winter heating and hot water; Can realize that again freeze summer and the synchronous supply of hot water.Particularly energy exploitation and application and energy-conservation aspect, its effect is particularly outstanding;
21, this device security of operation, low noise, energy-saving and environmental protection, easy and simple to handle; And south, the north all can be used.
Description of drawings
Fig. 1 is the utility model structural representation,
Fig. 2 is the partial enlarged drawing of Fig. 1.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is further described by embodiment.
Embodiment:
Referring to Fig. 1 and Fig. 2, light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing comprise heat pump recuperation of heat exchange mechanism 2, air-conditioning system heat exchange mechanism 3, gas-heating hot water two purpose stove mechanism (or electric dual-purpose stove mechanism) 4, positive displacement cooling/warming system pressure balance water tank mechanism 5, positive displacement health hot water hot water storage tank mechanism 6, and described positive displacement cooling/warming system pressure balance water tank mechanism comprises 2 closed heating water heat exchangers 24 and Boiler heating water heat exchanger 29.Gas-heating hot water two purpose stove mechanism 4 comprises combustion chamber 34, and combustion chamber 34 internal upper parts are installed with main heat exchanger 42 and secondary waste heat interchanger 41, and the bottom is installed with burner 51 in the combustion chamber 34; 34 outsides, combustion chamber are installed with heating water pump 52 and health hot water heat exchanger 54; Main heat exchanger 42 is being communicated with triple valve 49 by heating hot water outlet pipe 44, and triple valve 49 two ports in addition is being communicated with heating water pump 52 and Boiler heating water heat exchanger 29 respectively; Secondary waste heat interchanger 41 is being communicated with heating water pump 52 by heating hot water return pipe 45.
Also comprise the full heat exchange mechanism 1 of bearing type solar energy, the full heat exchange mechanism of this bearing type solar energy comprises pressure-bearing type solar heat collector 7, and solar thermal collector 7 is a flat type solar heat collector.Solar thermal collector 7 tops one side is provided with circulating outlet, be provided with balanced type pressure-regulating valve 12 and steam-water separator 14 on the delivery port successively, between 12 outlets of balanced type pressure-regulating valve and steam-water separator 14 imports outlet bellows 13 is installed, delivery port is connecting solar heating water heat exchanger 24 by triple valve 23, solar heating water heat exchanger 24 is positioned at the water tank bottom of positive displacement cooling/warming system pressure balance water tank mechanism 5; Its underpart one side is provided with the circulation water inlet, is respectively equipped with blowoff valve 17, check-valves 20, water flow sensor 21 and hot water circulating pump 22 on the water inlet, between water inlet and check-valves 20 imports import bellows 16 is installed.
Hot water circulating pump 22 water inlets are provided with graded filter 59; Its water inlet is being communicated with water supplement port by three-way pipe; The porch of water supplement port is provided with automatic decompression water compensating valve 57, last water filter 58; Its bottom is connecting circulator 18, and circulator 18 is positioned at controller 19 tops; Its front end is provided with optical flame detector 11 and thermal-arrest plate;
The outlet of solar heating water heat exchanger 24 is being communicated with positive displacement health hot water hot water storage tank mechanism 6, and the 3rd interface of triple valve 23 is being communicated with the import of positive displacement health hot water hot water storage tank mechanism 6.
The water tank internal upper part of positive displacement cooling/warming system pressure balance water tank mechanism 5 is provided with Boiler heating water heat exchanger 29, and the import of Boiler heating water heat exchanger 29 and outlet are being communicated with the triple valve 40 and the safety relief valve 50 of gas-heating hot water two purpose stove mechanism 4 respectively.
The operational mode of light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing is as follows;
The operation of freezing in A, summer:
Press " power switch " and connect power supply, regulate the indoor temperature or the water temperature of host computer control panel and set, press the refrigeration button, system's main circulation pump 38 starts, system water circulation promotes the action of bitstream quantity sensor, and the compressor 31 of instruction air source (source) water pipe unit 8 starts.Fluorine Lyons gas of the HTHP of compressor 31 outputs carries out heat exchange in flowing cold water in stream bushing type heat pump recuperation of heat exchange mechanism 2 and outer tube water is heated, heated health hot water is transported in the positive displacement health hot water hot water storage tank mechanism 6 and stores, and the fluorine Lyons that discharges the HTHP of a heat enters air source (the source) heat exchanger 30 of heat pump mechanism through cross valve.
The cold that entering the fluorine Lyons of HTHP of air source (source) heat exchanger 30 and air or source, ground provides carries out heat exchange and discharges waste heat, fluorine Lyons liquid of warm high pressure in being condensed into, the heating power expansion valve of flowing through then, throttling becomes fluorine Lyons gas-liquid two-phase thing of low-temp low-pressure, the refrigerant pipe of flowing through enters atomization and vaporization in the air-conditioning system air-conditioning system heat exchange mechanism, in air-conditioning system heat exchange mechanism 3, absorb from indoor heat, become fluorine Lyons gas of low-temp low-pressure, fluorine Lyons gas of low-temp low-pressure is sucked by compressor 31 again.
Its working cycles is compression---discharge one time heat---and condensation---throttling---evaporation,
, under the promotion of system's main circulation pump 38, enter in the air-conditioning system heat exchange mechanism 3 from indoor middle temperature recirculated water.Discharging the indoor heat absorbed in air-conditioning system heat exchange mechanism 3 absorbs simultaneously and enters positive displacement system pressure balanced reservoir mechanism 5 after cold from refrigerant becomes cold water and carry out energy reserve (the conventional system irrigation quantity is little, Homes Using TV master end does not match, utilize Gu Dianshi comparatively obvious), chilled water carries out heat exchange from positive displacement system pressure balanced reservoir mechanism 5 through system's outlet pipe inlet chamber inner blower coil pipe and room air, behind the room air process indoor coil evaporimeter, discharged heat, air themperature descends.
So, release heat in air-conditioning system heat exchange mechanism 3---absorb cold, at indoor latter end released cold quantity---absorb heat and circulate repeatedly, chilled water is constantly taken away the heat of room air, thereby has reduced the temperature in room, reaches the purpose of refrigeration.
B, winter heating operation:
Press " power switch " and connect power supply, regulate the indoor temperature or the water temperature of host panel and set, press and heat the heating button, system's main circulation pump starts, system water circulation promotes the action of bitstream quantity sensor, and the compressor 31 of instruction instruction air source (source) water pipe unit 8 starts.Fluorine Lyons gas of the HTHP of compressor 31 outputs carries out heat exchange in flowing cold water in stream bushing type heat pump recuperation of heat exchange mechanism 2 and outer tube water is heated, heated health hot water is transported in the positive displacement health hot water hot water storage tank 6 and stores, the fluorine Lyons that discharges the HTHP of a heat enters the condensation that (at this moment by the switching of cross valve 32, changed the flow direction of refrigerant) in the air-conditioning system heat exchange mechanism 3 again and absorbs from indoor cold through cross valve 32.Fluorine Lyons gas of the low-temp low-pressure of release heat enters air source (source) heat exchanger 30 evaporations of heat pump mechanism, and absorbs from the heat in air or the source, ground, and the fluorine Lyons gas-liquid two-phase thing that becomes low-temp low-pressure is back in the compressor 31.
Its working cycles is that------condensation---evaporation---absorbs to discharge one time heat in compression.
The full recuperation of heat of the bearing type solar energy mechanism 1 in addition that heating moves simultaneously, press heat the heating button after, temperature sensor 15 in the heat collector perceives when being heated 50 ℃ of water temperatures in the thermal-arrest organ pipe, open the triple valve 23 that is being communicated with positive displacement system pressure balanced reservoir mechanism 5 inner sealing formula heat exchangers, 24 loops and drive hot water circulating pump 22 work, with the solar water collected by the heating that circulates of the water in 24 pairs of positive displacement system pressures of blanket heat exchanger balanced reservoir mechanism 5.The hot water that has discharged a heat continues transported to positive displacement health hot water hot water storage tank mechanism 6 and carries out 2 heat exchange, the recirculated water that has distributed heat is heated in flowing into solar thermal collector 7, so carries out the water heating in positive displacement system pressure balanced reservoir mechanism 5 and the positive displacement health hot water hot water storage tank mechanism 6 repeatedly.
Gas and hot water dual-purpose stove mechanism 4 is when water temperature is lower than 45 ℃ in detecting positive displacement system pressure balanced reservoir mechanism 5, the 4 igniting operations of dual-purpose stove mechanism, the high temperature heating hot water that is heated to 85 ℃ is under the promotion of the built-in hot water circulating pump 52 of boiler mechanism 4, enter positive displacement system pressure balanced reservoir mechanism 5 inner sealing formula heat exchangers 29, to the heating that circulates of the heating water in the positive displacement system pressure balanced reservoir mechanism 5, the boiler warm water that has distributed heat flow into heating in secondary waste heat interchanger 41 and the main heat exchanger 42 again, and so the heating of heating water in the positive displacement system pressure balanced reservoir mechanism 5 is carried out in circulation repeatedly.
, under the promotion of system's main circulation pump 38, enter in the air-conditioning system heat exchanger mechanism 3 from indoor low-temperature circulating water.In air-conditioning system heat exchange mechanism 3, absorb heat from high temperature refrigerant become in behind the high-temperature water, positive displacement system pressure balanced reservoir 5 secondaries that continue to flow through are heated and are stored, heated heating water has discharged heat by the heat abstractor in the room (fan coil, floor panel heating), air themperature rises, and reaches to heat purpose.
Its working cycles is heating, and---discharging---recovery---heats again.
C, use life health hot water:
Only need open domestic hot-water's tap, no matter whether freeze or heating normal the use, water in the positive displacement health hot water hot water storage tank mechanism 6 are being kept more than 60 ℃ by 1 heating of the full recuperation of heat of bearing type solar energy mechanism always, thus only need some water pump operation energy consumptions (＜90w) can use life sanitary purpose washing hot water abundant, big flow.
When running into overcast and rainy weather and not having solar energy, according to the height of environment temperature, heat pump (more than＞15 ℃) or steam generator system (below＜15 ℃) automatically operation to the heating that circulates of the water in the positive displacement health hot water hot water storage tank mechanism 6.
After light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing install, need to give the complete machine group system add water, running water by last water filter 58 and automatically decompression flow non-return water compensating valve 57 to the machine set system automatic water supplement.When the machine set system rated pressure reaches 57 rated pressures of automatic decompression flow non-return water compensating valve when equal, the flow non-return water compensating valve 57 that reduces pressure automatically will be closed automatically and be stopped moisturizing.Any system works of unit is after a period of time, and water is understood natural wastage in each system, and system pressure descends, and the flow non-return water compensating valve 57 that reduces pressure automatically will be opened moisturizing automatically.As meet cut off the water in, the water compensating valve 57 because of being built-in with check function can prevent the machine system aqueous reflux, guarantees unit operation safety.
In the full heat exchange mechanism 1 of bearing type solar energy, air-conditioning system heat exchange mechanism 3, gas-heating hot water two purpose stove mechanism (or electric dual-purpose stove mechanism) 4, positive displacement cooling/warming system pressure balance water tank mechanism 5, positive displacement health hot water hot water storage tank mechanism 6; safety detection protective devices such as steam-water separator, safety relief valve, expansion tank, water temperature sensor all are installed, have guaranteed that greatly unit and user's is safe in utilization.
Claims (4)
1. light, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing, comprise heat pump recuperation of heat exchange mechanism (2), air-conditioning system heat exchange mechanism (3), gas-heating hot water two purpose stove mechanism (4), positive displacement cooling/warming system pressure balance water tank mechanism (5), positive displacement health hot water hot water storage tank mechanism (6), described positive displacement cooling/warming system pressure balance water tank mechanism comprises 2 closed solar heating water heat exchangers (24) and Boiler heating water heat exchanger (29), it is characterized in that:
Also comprise the full heat exchange mechanism of bearing type solar energy (1), the full heat exchange mechanism of described bearing type solar energy comprises pressure-bearing type solar heat collector (7); Solar thermal collector (7) top one side is provided with circulating outlet, be provided with balanced type pressure-regulating valve (12) and steam-water separator (14) on the delivery port successively, delivery port is connecting solar heating water heat exchanger (24) by triple valve (23), and solar heating water heat exchanger (24) is positioned at the water tank bottom of positive displacement cooling/warming system pressure balance water tank mechanism (5); Its underpart one side is provided with the circulation water inlet, is respectively equipped with blowoff valve (17), check-valves (20), water flow sensor (21) and hot water circulating pump (22) on the water inlet, and hot water circulating pump (22) water inlet is provided with graded filter (59); Its water inlet is being communicated with water supplement port by three-way pipe; The porch of water supplement port is provided with automatic decompression water compensating valve (57), last water filter (58); Its bottom is connecting circulator (18), and circulator (18) is positioned at controller (19) top; Its front end is provided with optical flame detector (11) and thermal-arrest plate;
The outlet of described solar heating water heat exchanger (24) is being communicated with positive displacement health hot water hot water storage tank mechanism (6), and the 3rd interface of triple valve (23) is being communicated with the import of positive displacement health hot water hot water storage tank mechanism (6).
2. light according to claim 1, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing, it is characterized in that: described solar thermal collector (7) is a flat type solar heat collector.
3. light according to claim 1, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing, it is characterized in that: be provided with outlet bellows (13) between balanced type pressure-regulating valve (12) outlet on described solar thermal collector (7) delivery port and steam-water separator (14) import, be provided with import bellows (16) between its water inlet and check-valves (20) import.
4. light according to claim 1, electricity, gas heat pump recuperation of heat central authorities machine for cooling, heating and bathing, it is characterized in that: the water tank internal upper part of described positive displacement cooling/warming system pressure balance water tank mechanism (5) is provided with Boiler heating water heat exchanger (29), and the import of Boiler heating water heat exchanger (29) and outlet are being communicated with the triple valve (40) and the safety relief valve (50) of gas-heating hot water two purpose stove mechanism (4) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202995485U CN201637190U (en) | 2009-12-23 | 2009-12-23 | Trinity machine for heat-recovery central cold-and-warm bath of light-electricity-air heat pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202995485U CN201637190U (en) | 2009-12-23 | 2009-12-23 | Trinity machine for heat-recovery central cold-and-warm bath of light-electricity-air heat pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201637190U true CN201637190U (en) | 2010-11-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202995485U Expired - Fee Related CN201637190U (en) | 2009-12-23 | 2009-12-23 | Trinity machine for heat-recovery central cold-and-warm bath of light-electricity-air heat pump |
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| Country | Link |
|---|---|
| CN (1) | CN201637190U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108917229A (en) * | 2018-09-28 | 2018-11-30 | 青岛金水新能源投资开发有限公司 | A kind of air source heat pump energy storage system |
| CN113606648A (en) * | 2021-07-09 | 2021-11-05 | 广东芬尼科技股份有限公司 | Multifunctional water tank system based on heat pump unit and control method thereof |
-
2009
- 2009-12-23 CN CN2009202995485U patent/CN201637190U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108917229A (en) * | 2018-09-28 | 2018-11-30 | 青岛金水新能源投资开发有限公司 | A kind of air source heat pump energy storage system |
| CN108917229B (en) * | 2018-09-28 | 2023-12-26 | 青岛未来能源环境技术有限公司 | Air source heat pump energy storage system |
| CN113606648A (en) * | 2021-07-09 | 2021-11-05 | 广东芬尼科技股份有限公司 | Multifunctional water tank system based on heat pump unit and control method thereof |
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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: 20101117 Termination date: 20141223 |
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| EXPY | Termination of patent right or utility model |