CN208137179U - A kind of wall cooling down system - Google Patents
A kind of wall cooling down system Download PDFInfo
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- CN208137179U CN208137179U CN201820548133.6U CN201820548133U CN208137179U CN 208137179 U CN208137179 U CN 208137179U CN 201820548133 U CN201820548133 U CN 201820548133U CN 208137179 U CN208137179 U CN 208137179U
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- water
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- coil pipe
- cooling tower
- embedded coil
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Abstract
The utility model belongs to renewable energy utilization technical field, specifically disclose a kind of wall cooling down system, it is characterized in that, including cooling tower (1), wall pre-embedded coil pipe (4) and water pump (6), wherein, cooling tower (1), which is used to contact water with air flowing, carries out hot and humid area to cool down to water body；Wall pre-embedded coil pipe (4) is embedded in wall, and the water in cooling tower (1) cools down wall for flowing through the wall pre-embedded coil pipe (4)；Water after flowing through is imported into cooling tower (1) again by water pipe, and forms the circulation loop of water.The utility model is improved by structure to each key component in the system and its set-up mode etc., the hot and humid area carried out is contacted with air flowing using water, obtain the cold water close to local wet-bulb temperature, and the heat exchange of room air and cold water is realized by coil pipe pre-buried in external wall, non-air-conditioning industrial premises indoor thermal environment can be improved.
Description
Technical field
The utility model belongs to renewable energy utilization technical field, more particularly, to a kind of wall cooling down system
System, the system can use cooling of the renewable energy realization to wall (such as non-air-conditioning industrial premises).
Background technique
Current non-air-conditioning industrial premises mainly utilizes ventilation blower to realize room ventilation ventilation, factory building exterior wall heat-proof quality
Difference, larger by outdoor environment temperature influence of fluctuations, Summer Indoor is chronically at higher temperature, and indoor thermal comfort is poor.
For this status, provide a kind of wall cooling down system, using renewable energy technologies (that is, using water with
The hot and humid area that air flowing contact carries out obtains the cold water close to local wet-bulb temperature, for cooling down to wall) it reduces
Summer Indoor temperature improves indoor thermal environment.
Utility model content
Aiming at the above defects or improvement requirements of the prior art, the purpose of this utility model is to provide a kind of coolings of wall
Cooling system, wherein passing through structure and its set-up mode, corresponding dress to each key component in wall cooling down system
It sets whole working method etc. to improve, utilizes renewable energy technologies, that is, contact the heat carried out with air flowing using water
Wet exchange, obtains the cold water close to local wet-bulb temperature, and by coil pipe pre-buried in external wall realize room air with it is cold
The heat exchange of water can improve non-air-conditioning industrial premises indoor thermal environment, reduce mechanical refrigeration mode bring energy consumption, can
It is widely applicable to all kinds of non-air-conditioning industrial premises.
To achieve the above object, according to the utility model, a kind of wall cooling down system is provided, which is characterized in that
Including cooling tower, wall pre-embedded coil pipe and water pump, wherein used for cooling tower in water storage and for contacting these water with air flowing
Hot and humid area is carried out to cool down to water body；
The wall pre-embedded coil pipe is embedded in the wall to cooling down processing, the water inlet of the wall pre-embedded coil pipe
It is connected by water pipe with the cooling tower, the water in the cooling tower is for flowing through the wall pre-embedded coil pipe thus to described wait cool down
The wall of cooling treatment cools down；
The water outlet of the wall pre-embedded coil pipe is connected also by water pipe with the cooling tower, pre- for that will flow through the wall
The water for burying coil pipe is imported into again in the cooling tower, and forms the circulation loop of water；
The water pump is arranged on the circulation loop of the water, provides power for recycling to water.
As the further preferred of the utility model, the wall pre-embedded coil pipe has multiple, wall cooling down system
System further includes water segregator and water collector, and the water in the cooling tower is shunted by the water segregator and to imported into each wall pre-
Bury in the water inlet of coil pipe, flow through each wall pre-embedded coil pipe water then pass through the water collector summarize imported into again it is described cold
But in tower.
As the further preferred of the utility model, for connecting the wall pre-embedded coil pipe water inlet with described point
It is provided with butterfly valve on each water pipe of hydrophone, these butterfly valves participate in or be not involved in water for switching corresponding wall pre-embedded coil pipe
Whether the state of circulation carries out cooling drop to the wall to cooling down processing so as to adjust corresponding wall pre-embedded coil pipe
The state of temperature.
As the further preferred of the utility model, the water pump is arranged between the water collector and the cooling tower
On water-flow circuit.
As the further preferred of the utility model, for connecting the wall pre-embedded coil pipe water inlet with it is described cold
But it is additionally provided with butterfly valve on the water pipe of tower, the circulation loop which is used to switch the water is in water cycle operation and is not at
The state of water cycle operation, it is cold so as to adjust whether the wall pre-embedded coil pipe carries out the wall to cooling down processing
But the state to cool down.
Renewable energy technologies are utilized compared with prior art by the contemplated above technical scheme of the utility model
Indoor thermal comfort is improved, specifically contacts the hot and humid area carried out with air flowing using water, is obtained close to local wet bulb temperature
The cold water of degree, and by the heat exchange of coil pipe pre-buried in external wall realization room air and cold water, non-air-conditioning can be improved
Industrial premises indoor thermal environment reduces mechanical refrigeration mode bring energy consumption, can be widely applicable to all kinds of non-air-conditioning industry
Workshop.
Wall cooling down system in the utility model, by being realized using cooling tower in the pre-buried coil pipe of external wall
Air is contacted with the flowing of water, is realized the heat exchange of air and water and is reduced water temperature (cooling tower connects for realizing air and water flowing
The heat exchange of touching, cold water needed for coil pipe is provided), water pump is used to provide power that fluid recycles in system (that is, for providing heat
Power needed for Force system circulation.That is, wall pre-embedded coiled tube arrangements in external wall, reduce exterior wall inner wall temperature
Degree realizes the heat exchange of room air and water；The wet friendship of the heat that cooling tower carries out air and water to the hot water after coil heat exchange
It changes, obtains the cold water close to local wet-bulb temperature, cycle heat exchange is carried out by power water pump guarantee in coils, realizes indoor drop
The cooling thermodynamic cycle of temperature.
The utility model is also preferably provided with water segregator, water collector, their effect is decompression, pressure stabilizing, shunting, for dividing
It Tiao Jie not control.The utility model is also preferably provided with butterfly valve.Water segregator, butterfly valve, water collector, water pump are arranged in computer room, are convenient for
It adjusts.Water segregator realizes the purpose of cooling supply and adjusting respectively for cold water to be conveyed to each exterior wall pipeline respectively；Butterfly valve for realizing
Control (that is, for realizing control to water flow in coil pipe) to water；Water collector is for pressure stabilizing and collects water flow.More specifically
If explanation, water segregator carries out pressure stabilizing to the cold water after cooling down by cooling tower, shunts, and butterfly valve respectively carries out each branch line
It adjusts, realizes the cooling down to each face exterior wall；Water collector carries out pressure stabilizing to the hot water after coil heat exchange, converges, and
Hot and humid area is carried out in cooling tower.
This system realizes that the heat exchange of air and water obtains cold water using coil pipe is arranged in external wall, by cooling tower,
According to the aperture of different flow demand regulating butterfly valves, and then external wall inner wall temperature is reduced, realizes room air and disk
The heat exchange of water, improves indoor thermal comfort in managing.Solves non-air-conditioning place room by renewable energy recycle utilization
Between temperature it is high, the problem of indoor thermal comfort difference.
To sum up, the wall cooling down system in the utility model reduces non-air-conditioning man by the utilization of renewable energy
The temperature of industry factory building exterior wall inner wall realizes that room air and water exchange heat, and then improves indoor thermal environment.The utility model
Power device is few, and energy utilization rate is high, can be effectively improved indoor thermal environment, be widely applicable to all kinds of non-air-conditioning industrial premises.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of wall device for cooling of the utility model.
The meaning of each appended drawing reference is as follows in figure：1 is cooling tower, and 2 be water segregator, and 3 be butterfly valve, and 4 be wall pre-embedded coil pipe,
5 be water collector, and 6 be water pump.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.In addition, institute in the various embodiments of the present invention described below
The technical characteristic being related to can be combined with each other as long as they do not conflict with each other.
As shown in Figure 1, a kind of wall cooling down system of the utility model, include cooling tower 1, water segregator 2, butterfly valve 3,
Wall pre-embedded coil pipe 4, water collector 5, water pump 6.It is also seen that the Method And Principle of the wall cooling down system from Fig. 1, under
Face illustrated embodiment illustrates that specifically how realizing for the utility model is answered by taking Wuhan City's most hot moon non-air-conditioning industrial premises as an example
With.
The cooling tower 1 is arranged in factory roof or building surrounding, and it is wet to contact the heat carried out with air flowing using water
Exchange obtains 25.5 DEG C of the cold water (the most hot monthly average wet-bulb temperature in Wuhan City) close to local wet-bulb temperature.The cold water of acquisition is logical
It crosses the water segregator 2 to carry out pressure stabilizing, shunt, is delivered to different exterior wall pipe-line systems respectively.Each branch line passes through butterfly
Valve 3 is controlled, and is controlled according to different flow demand.
The wall pre-embedded coil pipe 4, by arranging coil pipe in factory building exterior wall, is realized in building design and construction
The abundant heat exchange for 25.5 DEG C of cold water that hot-air and cooling tower 1 are produced in workshop, to reduce exterior wall inner wall temperature, and will be cold
Amount is accumulated in wall.Each branch line and wall carry out the hot water after heat exchange by 5 pressure stabilizing of water collector, confluence.
The water pump 6 is for power needed for providing entire thermodynamic cycle.
A kind of wall cooling down system, using renewable energy technologies, by wall pre-embedded heat exchange coil,
Cooling capacity is accumulated in wall, exterior wall inner wall temperature is reduced, improves workshop indoor thermal environment.The utility model power device
Few, energy utilization rate is high, can be effectively improved indoor thermal environment, be widely applicable to all kinds of non-air-conditioning industrial premises.
As it will be easily appreciated by one skilled in the art that the above is only the preferred embodiment of the utility model only, not
To limit the utility model, any modification made within the spirit and principle of the present invention, equivalent replacement and change
Into etc., it should be included within the scope of protection of this utility model.
Claims (5)
1. a kind of wall cooling down system, which is characterized in that including cooling tower (1), wall pre-embedded coil pipe (4) and water pump (6),
Wherein, cooling tower (1) carries out hot and humid area for water storage and for contacting these water with air flowing to carry out to water body
It cools；
The wall pre-embedded coil pipe (4) is embedded in the wall to cooling down processing, the water inlet of the wall pre-embedded coil pipe (4)
Mouthful be connected with the cooling tower (1) by water pipe, the water in the cooling tower (1) be used to flow through the wall pre-embedded coil pipe (4) thus
The wall to cooling down processing is cooled down；
The water outlet of the wall pre-embedded coil pipe (4) is connected also by water pipe with the cooling tower (1), for that will flow through the wall
The water of pre-buried coil pipe (4) is imported into again in the cooling tower (1), and forms the circulation loop of water；
The water pump (6) is arranged on the circulation loop of the water, provides power for recycling to water.
2. wall cooling down system as described in claim 1, which is characterized in that the wall pre-embedded coil pipe (4) has multiple, institute
Stating wall cooling down system further includes water segregator (2) and water collector (5), and the water in the cooling tower (1) passes through the water segregator
(2) it is shunted and is imported into the water inlet of each wall pre-embedded coil pipe (4), flow through the water of each wall pre-embedded coil pipe (4)
Then summarized by the water collector (5) and is imported into the cooling tower (1) again.
3. wall cooling down system as claimed in claim 2, which is characterized in that for connecting the wall pre-embedded coil pipe
(4) butterfly valve (3) are provided on each water pipe of water inlet and the water segregator (2), these butterfly valves (3) are for switching correspondence
Wall pre-embedded coil pipe (4) participate in or be not involved in water circulation state, it is whether right so as to adjust corresponding wall pre-embedded coil pipe (4)
The state that the wall to cooling down processing cools down.
4. wall cooling down system as claimed in claim 2, which is characterized in that the water pump (6) is arranged in the water collector
(5) on the circulation loop of the water between the cooling tower (1).
5. wall cooling down system as described in claim 1, which is characterized in that for connecting the wall pre-embedded coil pipe
(4) butterfly valve (3) are additionally provided on the water pipe of water inlet and the cooling tower (1), the butterfly valve (3) is for switching following for the water
Loop back path, which is in, water cycle operation and is not at the state of water cycle operation, so as to adjust the wall pre-embedded coil pipe (4) whether
The state that the wall to cooling down processing is cooled down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820548133.6U CN208137179U (en) | 2018-04-18 | 2018-04-18 | A kind of wall cooling down system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820548133.6U CN208137179U (en) | 2018-04-18 | 2018-04-18 | A kind of wall cooling down system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208137179U true CN208137179U (en) | 2018-11-23 |
Family
ID=64292805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820548133.6U Active CN208137179U (en) | 2018-04-18 | 2018-04-18 | A kind of wall cooling down system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208137179U (en) |
-
2018
- 2018-04-18 CN CN201820548133.6U patent/CN208137179U/en active Active
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