CN206398899U - With reference to the energy-saving high-precision wine cellar air-conditioning system of water cold storage and natural cooling source - Google Patents
With reference to the energy-saving high-precision wine cellar air-conditioning system of water cold storage and natural cooling source Download PDFInfo
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- CN206398899U CN206398899U CN201720035022.0U CN201720035022U CN206398899U CN 206398899 U CN206398899 U CN 206398899U CN 201720035022 U CN201720035022 U CN 201720035022U CN 206398899 U CN206398899 U CN 206398899U
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Abstract
The utility model provides the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source, including water cooling heat pump unit, enclosed wet cooling tower, enclosed water cold storage tank, wind cabinet, red wine rack, red wine rack collection wind unit, red wine rack divide wind unit, cold-storage water pump, let cool water pump, cooling water pump and temperature sensor etc.；By setting above-mentioned each part, and the first loop, second servo loop, tertiary circuit, the 4th loop and the 5th loop are formed by the combination of each part, in actual use, by controlling the running status of each part and being connected with each other the break-make of pipeline, can be according to actual environment situation, reach different refrigerations, save resource and cost, the design manipulation is convenient, and incorporated advanced cold air concurrent flow precise controlling technology, high-precision control can be realized to red wine storage effective coverage, resource utilization is high.
Description
[technical field]
The utility model is related to wine cellar technical field of temperature control, more particularly to a kind of energy-saving and environmental protection, can effectively reduce
The energy consumption of wine cellar air-conditioning system operation, at the same the temperature of cellar effective district can be carried out the combination water cold storage of Precise control with
The energy-saving high-precision wine cellar air-conditioning system of natural cooling source.
[background technology]
Grape wine storage technique determines by its brewing method, maturation to grape wine of the life cycle of grape wine, wind
Lattice, quality have extreme influence.
The environment temperature for storing grape wine can neither be too low, can not be too high, and variation of ambient temperature should not be too violent, because
This is in order to reach these intimate harsh requirements, and the wine cellar of storage glucose wine need to inevitably be applied to wine cellar air-conditioning.
Wine cellar air-conditioning is whole wine cellar " heart ", if the design of wine cellar air-conditioning is unreasonable or technology existing defects, that
The wine cellar air-conditioning run without interruption for annual 24 hours will bring extremely huge energy consumption, and the situation of most serious may cause to own
Cellar all given up.It is in terms of urgent need and most critical when so wine cellar air-conditioning technical is reformed：(1) uninterrupted fortune how is realized
Energy consumption minimumization during row；(2) red wine stores becoming more meticulous for effective district temperature control precision.Therefore, wine cellar building knot is not being changed
On the premise of structure, the energy consumption of wine cellar air-conditioning system operation can be effectively reduced, while can be carried out to the temperature of cellar effective district
Precise control has real value very much for the present situation of current wine cellar air-conditioning system.
Based on above mentioned problem, those skilled in the art has carried out substantial amounts of research and development and experiment, from many aspects start with into
Row is improved and improved, and achieves preferable achievement.
[utility model content]
To overcome the problems of prior art, the utility model provides a kind of energy-saving and environmental protection, can effectively reduce wine
Store the energy consumption of air-conditioning system operation, at the same the temperature of cellar effective district can be carried out the combination water cold storage of Precise control with from
The energy-saving high-precision wine cellar air-conditioning system of right low-temperature receiver.
The scheme of the utility model solution technical problem is to provide the energy-saving height of a kind of combination water cold storage and natural cooling source
Precision wine cellar air-conditioning system, including it is water cooling heat pump unit, enclosed wet cooling tower, enclosed water cold storage tank, wind cabinet, red wine rack, red
Wine frame collection wind unit, red wine rack divide wind unit, cold-storage water pump, let cool water pump, cooling water pump and temperature sensor；The water cooling
Source pump includes heat pump compressor, water cooling heat pump unit evaporator, choke valve and water cooling heat pump train condenser；
The enclosed wet cooling tower bottom outlet pipeline is connected with cooling water pump import, cooling water pump outlet and water cooling
Source pump condenser inlet is connected, and water cooling heat pump train condenser exports the shape that is connected with enclosed wet cooling tower upper inlet
Into the first loop；
The cooling water pump outlet is connected with enclosed water cold storage tank bottom inlet, and enclosed water cold storage tank upper outlet is with closing
Formula wet cooling tower upper inlet is connected to form second servo loop；
The cooling water pump outlet is connected with wind cabinet chilled water import, and wind cabinet chilled water outlet evaporates with enclosed again to be cooled down
Tower upper inlet is connected to form tertiary circuit；
The cold-storage exit of pump is connected with enclosed water cold storage tank bottom inlet, enclosed water cold storage tank upper outlet and water
Cold and hot pump assembly evaporator is connected, and water cooling heat pump unit evaporator outlet is connected to form the 4th time with cold-storage unit fixed on water pump suction
Road；
The red wine rack collection wind unit outlet is connected with wind cabinet air inlet, wind cabinet air outlet and red wine rack point wind unit inlet
It is connected and constitutes the 5th loop.
Preferably, the chilled water outlet position of the wind cabinet is provided with temperature sensor；And in the enclosed water cold storage tank
Upper inlet at be provided with water cold storage tank electric control valve；Temperature sensor is felt to the temperature for leaving wind cabinet chilled water
Survey, system adjusts the aperture of water cold storage tank electric control valve according to the sensing result of temperature sensor.
Preferably, the chilled water import position of the wind cabinet, which is provided with, lets cool water pump.
Preferably, the red wine rack is designed using closed cold air concurrent flow；The red wine rack is provided with wine frame glass external door.
Preferably, at the chilled water outlet of the wind cabinet, enclosed water cold storage tank top and water cooling heat pump unit evaporator enter
Mouthful connecting pipe on, the outlet of water cooling heat pump train condenser is on the connecting pipe on enclosed water cold storage tank top with being both provided with electricity
Dynamic switch valve, one end of each electric switching valve intersects at a point, and one end of water cold storage tank electric control valve connects the joining,
The other end connects enclosed water cold storage tank upper inlet.
Preferably, the connecting line and cooling water pump and closed-up water of the cooling water pump and water cooling heat pump train condenser
Electric switching valve is both provided with the connecting line of cold-storage tank.
Preferably, TEMP is provided with the pipeline that the red wine rack collection wind unit outlet is connected with wind cabinet air inlet
Device.
Compared with prior art, the energy-saving high-precision wine cellar of a kind of combination water cold storage of the utility model and natural cooling source is empty
Adjusting system is by setting water cooling heat pump unit, enclosed wet cooling tower, enclosed water cold storage tank, wind cabinet, red wine rack, red wine rack collection wind
Unit, red wine rack divide wind unit, cold-storage water pump, let cool water pump, cooling water pump and temperature sensor etc., and pass through each part
Combination forms the first loop, second servo loop, tertiary circuit, the 4th loop and the 5th loop, in actual use, passes through control
The running status of each part and the break-make for being connected with each other pipeline, you can according to actual environment situation, reach different refrigeration effects
Really, resource and cost are saved, the design manipulation is convenient, and has incorporated advanced cold air concurrent flow precise controlling technology, can be right
High-precision control is realized in red wine storage effective coverage, and resource utilization is high.
[brief description of the drawings]
Fig. 1 be the utility model combination water cold storage and natural cooling source energy-saving high-precision wine cellar air-conditioning system in water route follow
The planar structure schematic diagram of loop system.
Fig. 2 be the utility model combination water cold storage and natural cooling source energy-saving high-precision wine cellar air-conditioning system in wind path follow
The planar structure schematic diagram of loop system.
[embodiment]
To make the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with drawings and Examples,
The utility model is further elaborated.It should be appreciated that specific embodiment described herein is used only for explaining this
Utility model, is not used to limit this utility model.
Refer to Fig. 1 and Fig. 2, a kind of combination water cold storage of the utility model and natural cooling source energy-saving high-precision wine cellar sky
Adjusting system 1 includes water cooling heat pump unit, enclosed wet cooling tower 5, enclosed water cold storage tank 16, wind cabinet 7, red wine rack 21, red wine rack
Collection wind unit 19, red wine rack divide wind unit 18, cold-storage water pump 17, let cool water pump 15, cooling water pump 6 and temperature sensor 8, temperature
Spend sensor 20；The water cooling heat pump unit includes heat pump compressor 1, water cooling heat pump unit evaporator 2, choke valve 3 and water cooling
Source pump condenser 4；
The bottom outlet pipeline of enclosed wet cooling tower 5 is connected with the import of cooling water pump 6, cooling water pump 6 outlet with
The import of water cooling heat pump train condenser 4 is connected, and the outlet of water cooling heat pump train condenser 4 is entered with the top of enclosed wet cooling tower 5
Mouth is connected to form the first loop；
The outlet of cooling water pump 6 is connected with the bottom inlet of enclosed water cold storage tank 16, and the top of enclosed water cold storage tank 16 goes out
Mouth is connected to form second servo loop with the upper inlet of enclosed wet cooling tower 5；
The outlet of cooling water pump 6 is connected with the chilled water import of wind cabinet 7, and the chilled water outlet of wind cabinet 7 evaporates with enclosed again
The upper inlet of cooling tower 5 is connected to form tertiary circuit；
The outlet of cold-storage water pump 17 is connected with the bottom inlet of enclosed water cold storage tank 16, and the top of enclosed water cold storage tank 16 goes out
Mouth is connected with the import of water cooling heat pump unit evaporator 2, and the outlet of water cooling heat pump unit evaporator 2 is connected with the import of cold-storage water pump 17
Form the 4th loop；
The outlet of red wine rack collection wind unit 19 is connected with the air inlet of wind cabinet 7, the air outlet of wind cabinet 7 and red wine rack point wind unit
18 imports, which are connected, constitutes the 5th loop.
Preferably, the chilled water outlet position of the wind cabinet 7 is provided with temperature sensor 8；And in the enclosed water cold storage
Water cold storage tank electric control valve 12 is provided with the upper inlet of tank 16；Leave the temperature of wind cabinet chilled water in temperature sensor -8 pair
Degree is sensed, and system adjusts the aperture of water cold storage tank electric control valve 12 according to the sensing result of temperature sensor 8.
Preferably, the chilled water import position of the wind cabinet 7, which is provided with, lets cool water pump 15.
Preferably, the red wine rack 21 is designed using closed cold air concurrent flow；The red wine rack is provided with outside wine frame glass
Door.
Preferably, be provided with the chilled water outlet of the wind cabinet 7 electric switching valve 9, the top of enclosed water cold storage tank 16 with
Electric switching valve 11 and water cold storage tank electric control valve are provided with the connecting pipe of the import of water cooling heat pump unit evaporator 2
12nd, electric switching valve 11 is provided with the connecting pipe on the outlet of water cooling heat pump train condenser 4 and the top of enclosed water cold storage tank 16,
One end of each electric switching valve intersects at a point, and one end of water cold storage tank electric control valve 12 connects the joining, the other end
Connect the upper inlet of enclosed water cold storage tank 16.
Preferably, the cooling water pump 6 on the connecting line of water cooling heat pump train condenser 4 with being provided with electric switching valve
14, cooling water pump 6 on the connecting line of enclosed water cold storage tank 16 with being provided with electric switching valve 13.
Preferably, the red wine rack collection wind unit 19 exports and is provided with temperature on the pipeline being connected with the air inlet of wind cabinet 7
Sensor 20.
Based on the regulation and control operation method of above-mentioned energy-saving high-precision wine cellar air-conditioning, including following content：
Natural cooling source supplying cold directly：It is less than red wine wine cellar thermostat temperature 3 in transition season or winter outdoor environment temperature
When more than DEG C, regulator control system enables the corresponding electrically operated valve on off state of natural cooling source supplying cold directly, i.e. adjust automatically, steams enclosed
Hair cooling tower is directly in series by cooling water pump 6 with air conditioning terminal Miniature wind cabinet 7, starts the cooling water pump 6 and enclosed evaporation
Cooling tower 5, outdoor natural cooling source is imported room conditioning end by refrigerating WATER AS FLOW MEDIUM in the presence of outdoor enclosed wet cooling tower 5
Hold Miniature wind cabinet 7, last wind cabinet 7 is red by low-temperature receiver red wine rack 21 (storage effective district) cooling of making a gift to someone in the way of parallel air supply stream
Bartender holds constant storage humiture.
Specifically control mode is：Electric switching valve -9,10,13 are opened respectively before opening, electric switching valve -11,
12nd, 14 close respectively, after each electric switching valve is switched in place on request, start cooling water pump 6, cooling water pump 6 steams enclosed
Lower temperature cooling water after being cooled down in hair cooling tower 5 is delivered to the heat exchange coil inside air conditioning terminal Miniature wind cabinet 7, with heat exchange
The higher temperature wine cellar return air that coil pipe opposite side is brought from red wine rack collection wind unit 19 is exchanged heat, and absorbs these return air heats
The water inlet that enclosed wet cooling tower 5 is flowed to after heating completes the circulation in water route；Wind path is circulated：In air conditioning terminal Miniature wind cabinet 7
Carry in the presence of inner fan, the higher temperature wine cellar return air come from red wine rack collection wind unit 19 is directly sent to air-conditioning end
Hold Miniature wind cabinet 7, flowed through in forced convertion mode from heat exchange coil surface in air conditioning terminal Miniature wind cabinet 7, and with heat exchanger tube
Portion flows the low-temperature cooling water heat exchange come from enclosed wet cooling tower 5 and is cooled to the suitable temperature (such as 13~18 DEG C) of red wine storage,
Then the air flow red wine rack point wind unit 18 of the preference temperature, is then divided evenly each red wine for flowing to red wine rack 21
Storage layer, maintains red wine to be chronically at suitable storage temperature, is then stored with the inner. layers of red wine rack 21 after red wine heat exchange
Higher temperature air collect at red wine rack collection wind unit 19, air conditioning terminal Miniature wind cabinet 7 is finally sent to again, so
Reciprocation cycle realizes that red wine is efficiently stored steadily in the long term.
In natural cooling source supplying cold directly pattern, because the waterway circulating is using directly by the cold introducing wine of natural cooling source
Cellar for storing things is internal, in the absence of intermediate link, water cooling heat pump unit is not run, energy consumption is significantly reduced；Furthermore, will be red in wine cellar in the device
Wine frame is designed to enclosed sandwich construction and installed additional after collection wind and point wind module, realizes the local two-dimensional parallel stream of red wine storage effective district
Accurate air-feeding, makes inside wine cellar that to improve personnel activity space comfortable on the basis of red wine storage (13~18 DEG C) high-quality is ensured
Spend (24~28 DEG C), further substantially reduce the cooling energy consumption of system.The overall energy consumption phase under the addition of both technologies
Conventional wine cellar air-conditioning is declined close to 30%.
Natural cooling source indirect cooling：In summer or the weather of higher outdoor temperature, regulator control system is enabled between natural cooling source
The corresponding electrically operated valve on off state of cooling, i.e. adjust automatically is connect, makes water cooling heat pump unit evaporator 2 (simultaneous cold by letting cool water pump
Freeze water pump) 15 be in series with air conditioning terminal Miniature wind cabinet 7, while water cooling heat pump train condenser 4 by cooling water pump 6 directly with
Enclosed wet cooling tower 5 is in series, and starts enclosed wet cooling tower 5, lets cool water pump (and chilled water pump) 15, cooling water pump 6, water
Cold and hot pump assembly, it is small-sized that natural cooling source indirectly can be transferred to air conditioning terminal by water cooling heat pump unit by enclosed wet cooling tower 5
Wind cabinet 7, last wind cabinet 7 in the way of parallel air supply stream by low-temperature receiver make a gift to someone red wine rack 21 store effective district cooling red wine keep it is constant
Storage humiture.
Specifically control mode is：Electric switching valve -9,11,14 are opened respectively first before opening, electric switching valve -
10th, 12,13 close respectively.Cooling water circulation：After each electric switching valve is switched in place on request, start cooling water pump 6, cooling
Lower temperature cooling water after being cooled down in enclosed wet cooling tower 5 is delivered to water cooling heat pump train condenser 4 by water pump 6, in water
The water inlet of enclosed wet cooling tower 5 is flowed at cold-heat pump train condenser 4 after heat absorption heating and then in enclosed wet cooling tower 5
It is cooled again completion primary cooling water circulation；Freeze water circulation：After each electrically operated valve is switched in place on request, start cold-storage
Water pump 17, it is small-sized that the chilled water after the heat release cooling in water cooling heat pump unit evaporator 2 is delivered to air conditioning terminal by cold-storage water pump 17
Heat exchange coil inside wind cabinet 7, is returned with heat exchange coil opposite side from the higher temperature wine cellar that red wine rack collection wind unit 19 is brought
Wind is exchanged heat, and absorbing the chilled water flow after the heating of these return air heats, heat release cools again to water cooling heat pump unit evaporator 2
Completion once freezes water circulation；Water cooling heat pump unit internal refrigeration storage is circulated：Cooling water circulation and freezing water circulation are all safe
After stable startup, heat pump compressor 1 starts inside water cooling heat pump unit, and unit internal refrigeration storage working medium is condensed by water cooling heat pump unit
Device 4 flows to choke valve 3, then by water cooling heat pump unit evaporator 2, returns heat pump compressor 1, refrigeration working medium is in heat pump pressure
Water cooling heat pump train condenser 4 is flowed to after being compressed at contracting machine 1 again and completes a circulation, refrigeration working medium continues in the cyclic process
Constantly in the inside heat release cooling of water cooling heat pump train condenser 4, heating of being absorbed heat inside water cooling heat pump unit evaporator 2 reaches
Heat is moved in cooling water circulation by freezing water circulation transfer, most heel row is to outdoor environment.
Water cold storage independence cooling：In order to reach energy-saving expense operation purpose, in peak of power consumption or peak electricity tariff period, regulation and control
System enables the corresponding electrically operated valve on off state of water cold storage independence cooling, i.e. adjust automatically, makes enclosed water cold storage tank 16 by putting
Water supply pump 15 is directly in series with air conditioning terminal Miniature wind cabinet 7, need to only start afterwards let cool water pump 15 just can realize closed-up water store
The cold stored in cold tank 16 is fed directly to air conditioning terminal Miniature wind cabinet 7, and then wind cabinet 7 will be cold in the way of parallel air supply stream
Source red wine rack 21 (storage effective district) cooling red wine of making a gift to someone keeps constant storage humiture.
Specifically control mode is：Open before electric switching valve -9,12 are opened respectively, electric switching valve -10,11,
13rd, 14 close respectively, after each electric switching valve is switched in place on request, startup lets cool water pump -15, and letting cool water pump 15 will close
The heat exchange coil that the low-temperature cold water (4 DEG C or so) of the bottom of formula water cold storage tank 16 is delivered to inside air conditioning terminal Miniature wind cabinet 7, with heat exchange
The higher temperature wine cellar return air that coil pipe opposite side is brought from red wine rack collection wind unit 19 is exchanged heat, and absorbs these return air heats
It is changed into cold warm water (12 DEG C or so) after heating, then these cold warm water return to the top of enclosed water cold storage tank 16, and so on circulate
Until the whole colds of the chilled water stored in enclosed water cold storage tank 16 are discharged be changed into about 12 DEG C of cold warm water after stop water cold storage
Independent cooling mode.
Natural cooling source cooling when storing：
1. when transition season outdoor environment temperature is slightly above red wine wine cellar thermostat temperature, regulator control system adjust automatically is corresponding
Electric switching valve on off state, makes air conditioning terminal Miniature wind cabinet 7 in parallel with enclosed water cold storage tank 16, afterwards again with cold-storage water pump 17
And water cooling heat pump unit evaporator 2 is connected, while water cooling heat pump train condenser 4 is directly evaporated by cooling water pump 6 with enclosed
Cooling tower 5 is in series, and then starts enclosed wet cooling tower 5, cold-storage water pump 17, cooling water pump 6, water cooling heat pump unit, water cooling
Natural cooling source indirectly can be transferred to water cooling heat pump unit evaporator 2 by source pump by cooling tower, and then the part low-temperature receiver exists
Cold-storage water pump 17 is divided into two-way under acting on, and stores cold wherein delivering to enclosed water cold storage tank 16 all the way, send all the way in addition
To air conditioning terminal Miniature wind cabinet 7, last wind cabinet 7 in the way of parallel air supply stream by this part low-temperature receiver make a gift to someone red wine rack 21 (storage
Effective district) the constant storage humiture of cooling red wine holding, so far realize that indirect type natural cooling source cooling in storage is run.
2. when outdoor environment temperature is more less than red wine wine cellar thermostat temperature, the corresponding driven opening of regulator control system adjust automatically
Threshold switch state is closed, enclosed water cold storage tank 16 is in parallel afterwards again via cooling water pump 6 with closing with air conditioning terminal Miniature wind cabinet 7
Formula wet cooling tower 5 is in series, and then starts enclosed wet cooling tower 5, cooling water pump 6, and outdoor enclosed wet cooling tower 5 exists
In the presence of refrigerating WATER AS FLOW MEDIUM outdoor natural cooling source is imported indoor and be divided into two-way, wherein delivering to enclosed water cold storage tank 16 all the way
Cold is stored, air conditioning terminal Miniature wind cabinet 7 is delivered to all the way in addition, last wind cabinet 7 is in the way of parallel air supply stream by this
Low-temperature receiver red wine rack 21 (storage effective district) cooling red wine of making a gift to someone in part keeps constant storage humiture, so far realize direct-type from
Right low-temperature receiver cooling when storing is run.
Natural cooling source cooling mode when storing is actually to be carried out simultaneously on the basis of natural cooling source supplying cold directly pattern
Cold-storage is run, and its occasion applied is the great region of day and night temperature or season, when outdoor is obtained by enclosed wet cooling tower 5
Natural cooling source exceed wine cellar need refrigeration duty when, electric switching valve is automatically adjusted according to the measured value of temperature sensor 8
12 aperture, unnecessary cold is stored in enclosed water cold storage tank 16, treats that outdoor environment temperature gos up or the increase of wine cellar load
Discharged afterwards, this pattern need not additionally increase the power consumption of system, can efficiently utilize natural energy resources, improve system
The efficiency for entirety of uniting.
Compared with prior art, the energy-saving high-precision wine cellar of a kind of combination water cold storage of the utility model and natural cooling source is empty
Adjusting system is by setting water cooling heat pump unit (mainly by heat pump compressor 1, water cooling heat pump unit evaporator 2, choke valve 3, water cooling
Source pump condenser 4 is constituted), enclosed wet cooling tower 5, enclosed water cold storage tank 16, wind cabinet 7, red wine rack 21, red wine rack collection wind
Unit 19, red wine rack divide wind unit 18, cold-storage water pump 17, let cool water pump 15, cooling water pump 6 and temperature sensor 8, and temperature is passed
Sensor 20 etc., and the first loop, second servo loop, tertiary circuit, the 4th loop and the 5th loop are formed by the combination of each part,
In actual use, by controlling the running status of each part and being connected with each other the break-make of pipeline, you can according to actual rings
Border situation, reaches different refrigerations, saves resource and cost, the design manipulation is convenient, and it is flat to have incorporated advanced cold air
Row stream precise controlling technology, can realize high-precision control, resource utilization is high to red wine storage effective coverage.
Above-described the utility model embodiment, does not constitute the restriction to the utility model protection domain.It is any
Modifications, equivalent substitutions and improvements made within spirit of the present utility model and principle etc., should be included in the utility model
Claims within.
Claims (9)
1. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source, it is characterised in that：Including water cooling
Source pump, enclosed wet cooling tower, enclosed water cold storage tank, wind cabinet, red wine rack, red wine rack collection wind unit, red wine rack point wind list
Member, cold-storage water pump, let cool water pump, cooling water pump and temperature sensor；The water cooling heat pump unit includes heat pump compressor, water
Cold and hot pump assembly evaporator, choke valve and water cooling heat pump train condenser；
The enclosed wet cooling tower bottom outlet pipeline is connected with cooling water pump import, cooling water pump outlet and water cooling heat pump
Train condenser import is connected, and the outlet of water cooling heat pump train condenser is connected to form the with enclosed wet cooling tower upper inlet
Primary Ioops；
The cooling water pump outlet is connected with enclosed water cold storage tank bottom inlet, and enclosed water cold storage tank upper outlet is steamed with enclosed
Hair cooling tower upper inlet is connected to form second servo loop；
The cooling water pump outlet is connected with letting cool unit fixed on water pump suction, lets cool exit of pump and is connected with wind cabinet import, wind cabinet goes out
Mouth is connected to form tertiary circuit with enclosed wet cooling tower upper inlet again；
The cold-storage exit of pump is connected with enclosed water cold storage tank bottom inlet, enclosed water cold storage tank upper outlet and water-cooled
Pump assembly evaporator is connected, and water cooling heat pump unit evaporator outlet is connected to form the 4th loop with cold-storage unit fixed on water pump suction；
The red wine rack collection wind unit outlet is connected with wind cabinet air inlet, and wind cabinet air outlet is connected with red wine rack point wind unit inlet
Constitute the 5th loop.
2. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：The chilled water outlet position of the wind cabinet is provided with temperature sensor；And in the upper of the enclosed water cold storage tank
Water cold storage tank electric control valve is provided with portion's import；Temperature sensor is sensed to the temperature for leaving wind cabinet chilled water, is
Unite and the aperture of water cold storage tank electric control valve is adjusted according to the sensing result of temperature sensor.
3. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：It is provided with the chilled water import position of the wind cabinet and lets cool water pump.
4. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：Cooling water pump is provided with the connecting line of the enclosed wet cooling tower lower part outlet.
5. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：The red wine rack is designed using closed cold air concurrent flow；The red wine rack is provided with wine frame glass external door.
6. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 2, its
It is characterised by：At the chilled water outlet of the wind cabinet, the company of enclosed water cold storage tank top and water cooling heat pump unit evaporator
On adapter road, the outlet of water cooling heat pump train condenser is on the connecting pipe on enclosed water cold storage tank top with being both provided with motor switch
Valve, one end of each electric switching valve intersects at a point, and one end of water cold storage tank electric control valve connects the joining, the other end
Connect enclosed water cold storage tank upper inlet.
7. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：In the circulation loop that the water cooling heat pump unit evaporator is constituted with water cooling heat pump train condenser, water cooling heat pump
Heat pump compressor, water cooling heat pump are provided with the connecting line of outlet Yu the water cooling heat pump train condenser import of unit evaporator
Choke valve is provided with the connecting line that the import of unit evaporator is exported with water cooling heat pump train condenser.
8. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：The connecting line and cooling water pump and enclosed water cold storage tank of the cooling water pump and water cooling heat pump train condenser
Connecting line on be both provided with electric switching valve.
9. the energy-saving high-precision wine cellar air-conditioning system of a kind of combination water cold storage and natural cooling source as claimed in claim 1, its
It is characterised by：Temperature sensor is provided with the pipeline that the red wine rack collection wind unit outlet is connected with wind cabinet air inlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720035022.0U CN206398899U (en) | 2017-01-12 | 2017-01-12 | With reference to the energy-saving high-precision wine cellar air-conditioning system of water cold storage and natural cooling source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720035022.0U CN206398899U (en) | 2017-01-12 | 2017-01-12 | With reference to the energy-saving high-precision wine cellar air-conditioning system of water cold storage and natural cooling source |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206398899U true CN206398899U (en) | 2017-08-11 |
Family
ID=59514377
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720035022.0U Withdrawn - After Issue CN206398899U (en) | 2017-01-12 | 2017-01-12 | With reference to the energy-saving high-precision wine cellar air-conditioning system of water cold storage and natural cooling source |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206398899U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106765783A (en) * | 2017-01-12 | 2017-05-31 | 深圳市星邑股份有限公司 | Energy-saving high-precision wine cellar air conditioning system combining water cold accumulation and natural cold source |
-
2017
- 2017-01-12 CN CN201720035022.0U patent/CN206398899U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106765783A (en) * | 2017-01-12 | 2017-05-31 | 深圳市星邑股份有限公司 | Energy-saving high-precision wine cellar air conditioning system combining water cold accumulation and natural cold source |
| CN106765783B (en) * | 2017-01-12 | 2022-05-13 | 深圳市星邑股份有限公司 | Energy-saving high-precision wine cellar air conditioning system combining water cold accumulation and natural cold source |
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