CN108253561A - A kind of cooling system of data center module - Google Patents
A kind of cooling system of data center module Download PDFInfo
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- CN108253561A CN108253561A CN201711432811.9A CN201711432811A CN108253561A CN 108253561 A CN108253561 A CN 108253561A CN 201711432811 A CN201711432811 A CN 201711432811A CN 108253561 A CN108253561 A CN 108253561A
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- data center
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0007—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/28—Arrangement or mounting of filters
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- Chemical & Material Sciences (AREA)
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- General Engineering & Computer Science (AREA)
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- Sustainable Development (AREA)
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Abstract
The invention discloses a kind of cooling systems of data center module, including Leads to new breeze pipe and fresh air discharge pipe, the Leads to new breeze pipe is set to the upper strata of data center module with fresh air discharge pipe, and the heat-exchange system by being set to upper strata connects, the lower floor of the data center module is provided with stack of cabinets, stack of cabinets is made of two cabinets, and two cabinet air sides are in be oppositely arranged, closed channel is formed between the air side of two cabinets, every closed channel is connected with heat-exchange system, and the inlet side of each cabinet is used to suck through heat-exchange device air after cooling.Beneficial effects of the present invention carry out equipment upper strata underlying design to make full use of data center module space, by data center module, are merged with cold and hot air-supply passage, and space availability ratio is high, and air-supply accuracy is high, and air current composition is reasonable, easily overhaul, easily extend.
Description
Technical field
The present invention relates to a kind of room air cooling system more particularly to a kind of cooling systems of data center module.
Background technology
Now with the development of the technologies such as cloud computing, big data application, the construction requirements of data center module are higher and higher.Data
Computer room is made of many electronics and electromechanical facility.In these equipment, a large amount of integrated circuit and electronic component have been used, it
Have particular requirement to use environment, otherwise can influence its service life and operational reliability.The host of computer system is being transported
A large amount of heat dissipations during row, if cannot heat extraction in time temperature in cabinet or computer room will be caused to improve rapidly, influence computer
Steady operation.Therefore, cooling system is the important component of data center module.
Patent application No. is CN201510274184.5 discloses a kind of data center water hot and cold tube cooling system and side
Method.Data center is separated into top cabinet space and lower part refrigeration space, the cabinet by the cooling system by raised flooring
It is arranged in columns, and setting closing cold passage and the closing passage of heat is repeated between cabinet.Heat pipe heat exchanging unit is placed in corresponding
Cabinet lower part refrigeration space, logical supercooled liquid dispenser unit exchange heat with freezing water unit.Heat pipe described in the invention
Heat exchange unit is not take up cabinet space, can improve equipment enclosure density, there is advantage in the setting in data center module space, but still
There are following defects：First, the air supply mode of the invention is to be sent to Cryogenic air in cabinet from bottom, absorbs the heat of cabinet
Afterwards, return to lower part refrigeration space from the bottom of cabinet, the direction of hot wind flow be from the top of cabinet to lower part refrigeration space, by
Light in hot-air, with its characteristic on the contrary, air supply efficiency reduces, energy consumption increases in hot wind flow direction.Secondly, in data center module,
Floor is mainly to give cabinet arrangement various types of communication pipeline, and in the early stage, communication apparatus is few, and pipeline is few, and starts the cloth of pipeline
It is also in good order to put, and can accommodate the lower part refrigerating plant normal work of the invention, but with the continuous dilatation of engineering,
Equipment installation is more and more, possibly can not ensure the kilter of lower part refrigeration space.Finally, the heat pipe heat exchanging in lower space
Unit is all disposed in raised flooring, is not easy to find when ging wrong, is in turn resulted in security risk, this is unfavorable to safety in production
's.More than the defects of can by rearrange data center module space solve.
Invention content
In view of this, it is an object of the invention to overcome the deficiencies of the prior art and provide a kind of spaces to set rational number
According to the cooling system of computer room.
A kind of cooling system of data center module, including Leads to new breeze pipe and fresh air discharge pipe, the Leads to new breeze Guan Yuxin
Wind discharge pipe is set to the upper strata of data center module, and the heat-exchange system by being set to upper strata connects, the data center module
Middle layer is provided with stack of cabinets, and stack of cabinets is made of two cabinets, and two cabinet air sides are in be oppositely arranged, in two cabinets
Air side between form closed channel, every closed channel is connected with heat-exchange system, the inlet side of each cabinet
For sucking through heat-exchange device air after cooling.
The present invention makes full use of the space of data center module, and data center module is divided into upper strata and middle layer.It is worked at its
Cheng Zhong, fresh air enter heat-exchange system from Leads to new breeze pipe, meanwhile, cabinet air side sheds heat, and the return air of formation is along closing
The passage of heat enters heat-exchange system.In heat-exchange system, return air carries out heat exchange with fresh air, and the fresh air after heat exchange is arranged through fresh air
Outlet pipe is expelled to outdoor, and the return air after heat exchange flows into the inlet side of cabinet, and cabinet is cooled down.One cycle is completed.It is whole
In a course of work, Cryogenic air is sent to from data center module top in cabinet, and high temperature air enters heat exchange series from enclosure top
System.The direction of wind flow is consistent with the characteristic of air in system, and air current composition is reasonable, and air supply efficiency is high, and energy consumption is few, can reach
Excellent cooling effect.Heat-exchange system is positioned over the upper strata of data center module by the present invention, it is not necessary to the space of communication line is tied up,
The individually placed further dilatation for being also beneficial to heat-exchange system and communication apparatus.In addition, heat-exchange system is positioned over modem
The upper strata in room once there is drainage, can quickly find the washmarking on plate, exclude to cause the unsafe factor of computer room in time.
Further, the inlet side of each cabinet is connected with data center module upper strata, after cooling through heat-exchange system
Air flows into the inlet side of cabinet from top to bottom.Return air after heat exchange be introduced to from top to bottom the cabinet of data center module lower floor into
Wind side, cools down cabinet.
Alternatively, the data center module further includes data center module both sides interlayer and data center module lower floor, the data center module two
Side interlayer upper end connects heat-exchange system, lower end connection data center module lower floor, data center module lower floor and the inlet side of each cabinet
It is connected through floor blowing unit.The space of data center module is made full use of, data center module is divided into upper strata, both sides interlayer, lower floor,
And these channels are combined with cold and hot air-supply passage.In its course of work, fresh air enters heat-exchange system from Leads to new breeze pipe,
Meanwhile cabinet air side sheds heat, the return air of formation enters heat-exchange system along the closing passage of heat.In heat-exchange system,
Return air carries out heat exchange with fresh air, and the fresh air after heat exchange is expelled to outdoor through fresh air discharge pipe, and the return air after heat exchange enters data
Computer room both sides interlayer and the cold passage of lower floor are introduced to the inlet side of the cabinet of data center module middle layer through floor blowing unit,
Cabinet is cooled down.One cycle is completed.In whole work process, Cryogenic air is sent to from bottom in cabinet, and high temperature is empty
Gas enters heat-exchange system from enclosure top.The direction of wind flow is consistent with the characteristic of air in system, and air current composition is reasonable,
Air supply efficiency is high, and energy consumption is few, can reach excellent cooling effect.
Further, closed channel is formed between the air side of described two cabinets as the closing passage of heat, the cabinet
Inlet side forms cold passage.Cold and hot closed channel system includes the closing passage of heat and cold passage；The closing passage of heat is two cabinets
Air side between the closing passage of heat that is formed, cold passage is the cold passage of cabinet inlet side.Computer room is divided into cold and hot region, is carried
The high inlet air temperature of refrigeration equipment, and then heat exchange efficiency is improved, reach energy-saving effect.It in addition, can using the closing passage of heat
Prevent hot-air and cold air from mixing.Hot wind and other spaces of computer room are completely cut off, the comfort level of computer room is improved, facilitates technology people
Member carries out plant maintenance in computer room.
Further, heat-exchange system is designed to modular system.Modular heat exchange system is to form the number
According to a part for machine room cooling system.Module is corresponded with function, and independent function has system to realize heat exchange
One mating connecting interface.Modular heat exchange system can be reused and be exchanged, be embodied in can according to the quantity of cabinet into
Row installation, is conducive to the extension of computer room capacity, when needing replacing, can must remove or be packed into, not influence other component.
Further, heat-exchange system is spray heat exchanger or runner heat exchanger or plate heat exchanger.
Further, which further includes the chemistry for the closing passage of heat being set between the air side of two cabinets
Filter element, for filtering the return air of computer room air side.Air cleanliness factor is bad in computer room, will lead to some recording equipments
Such as the damage of disc unit, the magnetic head in tape hole, disk, tape, influence the precision of computer permission and cause short circuit or first device
The problems such as part loose contact.Chemical filtering unit ensure that the cleanliness factor of data center module.In addition, chemical filtering unit can basis
The quantity of cabinet is installed.
The beneficial effects of the present invention are data center module space is made full use of, data center module is subjected to equipment hierarchical design,
It is merged with cold and hot air-supply passage, space availability ratio is high, and air-supply accuracy is high, and air current composition is reasonable, easily overhauls, easily extends.Using
Modular air conditioner system such as heat-exchange system can carry out modularized design assembling according to cabinet quantity, enhance modem
The flexibility of room extension.Using spray heat exchange unit, water mist sprinkling technology and heat pipe heat exchanging technology, structure letter are utilized
Single, high-efficiency environment friendly can meet computer room cooling requirement using natural wind substantially for the Northwest is annual, reduce to the full extent
System energy consumption.Chemical filtering unit is increased in the passage of heat, ensure that the cleanliness factor of data center module.
Description of the drawings
Fig. 1 is the structural diagram of the present invention
Fig. 2 is the structure diagram of the embodiment of the present invention one
Fig. 3 is the structure diagram of the embodiment of the present invention two
Fig. 4 is the structure chart for spraying heat exchange unit
Fig. 1 include the upper strata 10 of data center module, the middle layer 20 of data center module, Leads to new breeze pipe 30, fresh air discharge pipe 40,
Heat-exchange system 50,60, two cabinets of cabinet air side between formed closed channel 70, cabinet inlet side 80, chemistry
Filter element 90, air supply duct 100.
Fig. 2 includes the upper strata 10 of data center module, the centre 20 of data center module, Leads to new breeze pipe 30, fresh air discharge pipe 40, heat
Exchange system 50,60, two cabinets of cabinet air side between formed closed channel 70, the inlet side 80 of cabinet, chemical mistake
Filter unit 90, air supply duct 100, dry coil pipe cooling unit 110, ventilating board 120.
Fig. 3 includes the upper strata 10 of data center module, the middle layer 20 of data center module, the both sides interlayer 30 of data center module, data
The lower floor 40 of computer room, heat-exchange system 50, Leads to new breeze pipe 60, fresh air discharge pipe 70,80, two cabinets of cabinet air side it
Between formed the closing passage of heat 90, chemical filtering unit 100, air supply pipeline 110, dry coil pipe cooling unit 120, floor blowing list
The inlet side 140 of member 130, cabinet.
Fig. 4 includes fresh air inlet 51, filter 52, water mist sprinkling device 53, water fender 54, heat exchange of heat pipe 55, wind turbine
56th, fresh air outlet 57, return air inlet 58, return air outlet 59.
Specific embodiment
As shown in Figure 1, a kind of cooling system of data center module, described including Leads to new breeze pipe 30 and fresh air discharge pipe 40
Leads to new breeze pipe 30 is set to the upper strata 10 of data center module, and the heat exchange series by being set to upper strata 10 with fresh air discharge pipe 40
50 connection of system, the middle layer 20 of the data center module are provided with stack of cabinets, and stack of cabinets is made of two cabinets 60, and two cabinets
60 air sides form closed channel 70 in being oppositely arranged between the air side of two cabinets, and every closed channel is handed over heat
It changes system 50 to connect, the inlet side 80 of each cabinet is used to suck through heat-exchange device air after cooling, suction process
In, the path of air is arbitrary after cooling, including but not limited to from top to bottom.
Embodiment one
The cooling system structure of data center module as shown in Figure 2, data center module space are divided into two parts：The upper strata of data center module
10, the middle layer 20 of data center module.The cooling system does not have to occupy the area of data center module middle layer 20, but by heat exchange series
System 50 is placed on the upper strata 10 of data center module, makes full use of the upper interlayer spaces of computer room, vacates more interlayer spaces and places
Cabinet, so that unit machine room area can arrange that the quantity of cabinet greatly improves.
The cooling system is by cold and hot closed channel system, each Climate Control Module unit and pipe-line system three parts composition.
Cold and hot closed channel system includes the closing passage of heat and cold passage；The closing formed between the air side of two cabinets
Channel 70 is the closing passage of heat, and cabinet inlet side 80 is cold passage.Computer room is divided into cold and hot region, improve refrigeration equipment into
Air temperature, and then heat exchange efficiency is improved, reach energy-saving effect.In addition, hot-air and cold sky can be prevented using the closing passage of heat
Gas mixes.Hot wind and other spaces of computer room are completely cut off, the comfort level of computer room is improved, technical staff is facilitated to be set in computer room
It is standby to safeguard.
Each Climate Control Module unit includes heat-exchange system 50, dry coil pipe cooling unit 110, chemical filtering unit 90.This hair
Bright use more than modular air conditioner system unit carries out humiture cleanliness factor control, and each modular unit can be according to cabinet
The quantity of group carries out modularized design assembling, enhances the flexibility of data center module extension.
Pipe-line system includes Leads to new breeze pipe 60, fresh air discharge pipe 70 and air supply pipeline 110.
Connection relation between them is as follows：
As shown in Fig. 2, a kind of cooling system of data center module, including Leads to new breeze pipe 30 and fresh air discharge pipe 40, feature exists
In the Leads to new breeze pipe 30 is set to the upper strata 10 of data center module with fresh air discharge pipe 40, and by being set to upper strata 10
Heat-exchange system 50 connects, and the middle layer 10 of the data center module is provided with stack of cabinets, and stack of cabinets is made of two cabinets 60, and
Two 60 air sides of cabinet form closed channel 70 in being oppositely arranged between the air side of two cabinets 60, and every closing is logical
Road 70 is connected with heat-exchange system 50, and the inlet side 80 of each cabinet is connected with data center module upper strata 10, through heat-exchange system
50 air after cooling flow on data center module upper strata 10, enter data center module middle layer 20 through ventilating board 120, flow from top to bottom
Enter the inlet side 80 of cabinet.
Heat-exchange system 50 is positioned over the upper strata 10 of data center module, and Cryogenic air is sent to cabinet from the upper strata of data center module 10
In 60, high temperature air enters heat-exchange system 50 from cabinet 60.The direction of wind flow is consistent with the characteristic of air in system, gas
It is reasonable to flow tissue, air supply efficiency is high, and energy consumption is few, can reach excellent cooling effect.Heat exchange unit 50 is positioned over data center module
20 upper strata, it is not necessary to tie up the space of communication line, individually placed heat-exchange system 50 and the communication apparatus of being also beneficial to is into one
Walk dilatation.In addition, once there is drainage, the washmarking on plate can be quickly found, exclude to cause the unsafe factor of computer room in time.
Auxiliary cooling device of the dry coil pipe cooling unit 110 as spray heat exchange unit in data center module upper strata 10.Two cabinets
Air side between chemical filtering unit 90 in the closed channel 70 that is formed be used to filter the return air of computer room air side, ensure machine
The cleanliness factor of air in room.
Heat-exchange system 50 can be spray heat exchange unit or runner heat exchanger or plate heat exchanger.Fig. 2 is spray
The structure chart of heat exchange unit, spray heat exchange unit specifically include fresh air inlet 51, filter 52, water mist sprinkling device 53,
Water fender 54, heat exchange of heat pipe 55, wind turbine 56, fresh air outlet 57, return air inlet 58, return air outlet 59, the connection of these components
Relationship is：
Leads to new breeze pipe 60, fresh air inlet 51, filter 52, water mist sprinkling device 53, water fender 54, heat exchange of heat pipe 55, wind
Machine 56, fresh air outlet 57, fresh air discharge pipe 70 are sequentially communicated.Close the passage of heat 90, return air inlet 58, return air outlet 59, air-supply
Pipeline 110 is sequentially communicated.Heat exchange of heat pipe 55, the heat exchange being used to implement between return air and fresh air；Water mist sprinkling device 53 is used
In fresh air cooling；Water fender 54, for stopping steam；Filter 52 is used to implement the filtering of fresh air, protects equipment below not
Dust stratification；Wind turbine 56 is used to guide air-flow.Wherein, water mist sprinkling device 53 can be high-pressure spray-type, in water mist sprinkling device
Cleaned water can be pressurized to 1 between 7Mpa by higfh-tension ceramics plunger pump, be then transmitted to micro- mist by high-pressure water pipe and sprayed
On mouth, be ejected into air with 3-10 μm of cloud and mist, water mist absorbs heat in air, becomes gaseous state from liquid, to air into
The cooling heating of row constant enthalpy.It is small to be atomized diameter, cooling-down effect enhancing.Water mist sprinkling device can also include water inlet pipe and and water inlet pipe
The hydraulic spray nozzle of connection, the hydraulic spray nozzle are more than two rows, and the density of hydraulic spray nozzle is 13 ~ 24（* it arranges）, two rows more than
Hydraulic spray nozzle enhances the effect of cooling, and the density of moderate hydraulic spray nozzle can play one's part to the full.In order to preferably be suitable for
Varying environment temperature, water mist sprinkling device 53 can be opened and closed switching.To sum up, spray heat exchange unit is simple in structure, for northwest
Area and other remote, extremely frigid zones, whole year can meet computer room cooling requirement using natural wind, reduce system to the full extent
Energy consumption.
Data center module cooling system work process be：The return air edge that the hot-air that 60 air side of cabinet sheds is formed
It the closing passage of heat 70 formed between the air side of two cabinets first to filter through chemical filtering unit 90, then through return air inlet
Heat-exchange system 50 is reached into return air channel, into heat exchange of heat pipe 55.Meanwhile fresh air is after the introducing of Leads to new breeze pipe 30
Enter heat-exchange system 50 through fresh air inlet 51, after the filtering of filter 52, through 53 spraying cooling of water mist sprinkling device, cross water blocking
Enter heat exchange of heat pipe 55 after plate 54, then in heat exchange of heat pipe 55, fresh air carries out heat exchange with return air.Fresh air after heat exchange
Fresh air outlet 57 is led to through wind turbine 56, outdoor is excluded by fresh air discharge pipe 40.And the return air after exchanging heat is sent out back through wind turbine 56
Wind outlet 59, returns to data center module upper strata 10 by air supply duct 100, is flowed in data center module upper strata 10, through ventilating board 120
Into data center module middle layer 20, the inlet side 80 for flowing into cabinet from top to bottom cools down cabinet.
Space setting of the present invention is reasonable, and air current composition is reasonable, and air-supply accuracy is high, easily overhauls, and easily extends, simple in structure,
High-efficiency environment friendly, while also ensure the cleanliness factor of data center module.
Embodiment two
The cooling system structure of data center module as shown in Figure 3, data center module space are divided into four parts：The upper strata of data center module
10, the lower floor 40 of the middle layer 20 of data center module, the both sides interlayer 30 of data center module and data center module.The cooling system does not have to account for
With the area of data center module middle layer, but computer room is spatially divided into multi-section point, and with floor, ceiling as being spaced,
The sheaf space up and down of computer room is made full use of, cabinet is placed in the space for vacateing more centers, so that unit machine room area
It can arrange that the quantity of cabinet greatly improves.
The cooling system is by cold and hot closed channel system, each Climate Control Module unit and pipe-line system three parts composition.
Cold and hot closed channel system includes the closing passage of heat and cold passage；Close the passage of heat for two cabinets air side it
Between the closing passage of heat 90 that is formed, cold passage includes in the both sides interlayer 30 of the data center module, lower floor 40 of data center module
And the cold passage of cabinet inlet side 140.Computer room is divided into cold and hot region, improves the inlet air temperature of refrigeration equipment, and then improve
Heat exchange efficiency reaches energy-saving effect.In addition, it can prevent hot-air and cold air from mixing using the closing passage of heat.By hot wind with
Other spaces of computer room completely cut off, and improve the comfort level of computer room, technical staff is facilitated to carry out plant maintenance in computer room.
Each Climate Control Module unit includes heat-exchange system 50, dry coil pipe cooling unit 120, floor blowing unit 130 and change
Learn filter element 100.The present invention uses more than modular air conditioner system unit to carry out humiture cleanliness factor control, each module
Unit can carry out modularized design assembling according to the quantity of stack of cabinets, enhance the flexibility of data center module extension.
Pipe-line system includes Leads to new breeze pipe 60, fresh air discharge pipe 70 and air supply pipeline 110.
Connection relation between them is as follows：
As shown in figure 3, Leads to new breeze pipe 60 is set to the upper strata 10 of data center module with fresh air discharge pipe 70, and configured in data
The heat-exchange system 50 on the upper strata 10 of computer room connects.30 upper end of both sides interlayer of data center module connects hot friendship through air supply pipeline 110
System 50 is changed, lower end connects the lower floor 40 of data center module.Dry coil pipe cooling unit 120 is installed on the both sides interlayer 30 of data center module
In.The middle layer 20 of data center module is provided with multiple stack of cabinets, and each stack of cabinets is made of two cabinets 80, and two cabinets 80
In being oppositely arranged, the closing passage of heat 90 formed between the air side of two cabinets is connected with heat-exchange system 50 for air side.Change
Filter element 100 is learned to be installed in the closing passage of heat 90 formed between the air side of two cabinets.The lower floor 40 of data center module
It is connected with the middle layer 20 of data center module through floor blowing unit 130.
Heat-exchange system 50 is positioned over the upper strata 20 of data center module, and Cryogenic air is sent to cabinet from the lower floor 40 of data center module
In 80, high temperature air enters heat-exchange system 50 from cabinet 80.The direction of wind flow is consistent with the characteristic of air in system, gas
It is reasonable to flow tissue, air supply efficiency is high, and energy consumption is few, can reach excellent cooling effect.Heat exchange unit 50 is positioned over data center module
20 upper strata, it is not necessary to tie up the space of communication line, individually placed heat-exchange system 50 and the communication apparatus of being also beneficial to is into one
Walk dilatation.In addition, once there is drainage, the washmarking on plate can be quickly found, exclude to cause the unsafe factor of computer room in time.
Auxiliary cooling device of the dry coil pipe cooling unit 120 as spray heat exchange unit.Chemical filtering unit 100 is used to filter computer room
The return air of air side ensures the cleanliness factor of air in computer room.
Heat-exchange system 50 can be spray heat exchange unit or runner heat exchanger or plate heat exchanger.Fig. 4 is spray
The structure chart of heat exchange unit, spray heat exchange unit specifically include fresh air inlet 51, filter 52, water mist sprinkling device 53,
Water fender 54, heat exchange of heat pipe 55, wind turbine 56, fresh air outlet 57, return air inlet 58, return air outlet 59, the connection of these components
Relationship is：
Leads to new breeze pipe 60, fresh air inlet 51, filter 52, water mist sprinkling device 53, water fender 54, heat exchange of heat pipe 55, wind
Machine 56, fresh air outlet 57, fresh air discharge pipe 70 are sequentially communicated.Close the passage of heat 90, return air inlet 58, return air outlet 59, air-supply
Pipeline 110 is sequentially communicated.Heat exchange of heat pipe 55, the heat exchange being used to implement between return air and fresh air；Water mist sprinkling device 53 is used
In fresh air cooling；Water fender 54, for stopping steam；Filter 52 is used to implement the filtering of fresh air, protects equipment below not
Dust stratification；Wind turbine 56 is used to guide air-flow.Wherein, water mist sprinkling device 53 can be high-pressure spray-type, in water mist sprinkling device
Cleaned water can be pressurized to 1 between 7Mpa by higfh-tension ceramics plunger pump, be then transmitted to micro- mist by high-pressure water pipe and sprayed
On mouth, be ejected into air with 3-10 μm of cloud and mist, water mist absorbs heat in air, becomes gaseous state from liquid, to air into
The cooling heating of row constant enthalpy.It is small to be atomized diameter, cooling-down effect enhancing.Water mist sprinkling device can also include water inlet pipe and and water inlet pipe
The hydraulic spray nozzle of connection, the hydraulic spray nozzle are more than two rows, and the density of hydraulic spray nozzle is 13 ~ 24（* it arranges）, two rows more than
Hydraulic spray nozzle enhances the effect of cooling, and the density of moderate hydraulic spray nozzle can play one's part to the full.In order to preferably be suitable for
Varying environment temperature, water mist sprinkling device 53 can be opened and closed switching.To sum up, spray heat exchange unit is simple in structure, for northwest
Area and other remote, extremely frigid zones, whole year can meet computer room cooling requirement using natural wind, reduce system to the full extent
Energy consumption.
Data center module cooling system work process be：The return air edge that the hot-air that 80 air side of cabinet sheds is formed
It the closing passage of heat 90 formed between the air side of two cabinets first to filter through chemical filtering unit 100, then enter through return air
Mouth enters return air channel and reaches heat-exchange system 50, into heat exchange of heat pipe 55.Meanwhile fresh air is introduced from Leads to new breeze pipe 60
Enter heat-exchange system 50 by fresh air inlet 51, after the filtering of filter 52, through 53 spraying cooling of water mist sprinkling device, cross and keep off
Enter heat exchange of heat pipe 55 after water plate 54, then in heat exchange of heat pipe 55, fresh air carries out heat exchange with return air.It is new after heat exchange
Wind leads to fresh air outlet 57 through wind turbine 56, and outdoor is excluded by fresh air discharge pipe 70.And the return air after exchanging heat is sent out through wind turbine 56
The both sides interlayer 30 of data center module is sent into return air outlet 59 by air supply duct 110, in the both sides interlayer 30 of data center module,
Return air is cooled down by dry coil pipe cooling unit 120, and the rear lower floor 40 for being sent into data center module is introduced to through floor blowing unit 130
Positioned at the inlet side 140 of the cabinet of data center module middle layer 20, cabinet is cooled down.
Space setting of the present invention is reasonable, and air current composition is reasonable, and air-supply accuracy is high, easily overhauls, and easily extends, simple in structure,
High-efficiency environment friendly, while also ensure the cleanliness factor of data center module.
Claims (7)
1. a kind of cooling system of data center module, including Leads to new breeze pipe and fresh air discharge pipe, which is characterized in that the fresh air is drawn
Enter pipe and be set to the upper strata of data center module with fresh air discharge pipe, and the heat-exchange system by being set to upper strata connects, the number
The middle layer of computer room is provided with stack of cabinets, stack of cabinets is made of two cabinets, and two cabinet air sides are in be oppositely arranged,
Closed channel is formed between the air side of two cabinets, every closed channel is connected with heat-exchange system, each cabinet
Inlet side for suck through heat-exchange device air after cooling.
A kind of 2. cooling system of data center module according to claim 1, which is characterized in that the air inlet of each cabinet
Side is connected with data center module upper strata, flows into the inlet side of cabinet from top to bottom through heat-exchange system air after cooling.
3. the cooling system of a kind of data center module according to claim 1, which is characterized in that the data center module further includes
Data center module both sides interlayer and data center module lower floor, the data center module both sides interlayer upper end connect heat-exchange system, and lower end connects
Logical data center module lower floor, data center module lower floor connect with the inlet side of each cabinet through floor blowing unit.
A kind of 4. cooling system of data center module according to claims 1 or 2 or 3, which is characterized in that described two cabinets
Air side between form closed channel as the closing passage of heat, the inlet side of the cabinet forms cold passage.
5. the cooling system of a kind of data center module according to claim 1, which is characterized in that the heat-exchange system is mould
The system of block.
6. the cooling system of a kind of data center module according to claim 5, which is characterized in that the heat-exchange system is spray
Drench heat exchanger or runner heat exchanger or plate heat exchanger.
7. the cooling system of a kind of data center module according to claim 1, which is characterized in that further include and be set to closing heat
Chemical filtering unit in channel, for filtering the return air of computer room air side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711432811.9A CN108253561A (en) | 2017-12-26 | 2017-12-26 | A kind of cooling system of data center module |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711432811.9A CN108253561A (en) | 2017-12-26 | 2017-12-26 | A kind of cooling system of data center module |
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| Publication Number | Publication Date |
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| CN108253561A true CN108253561A (en) | 2018-07-06 |
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| CN201711432811.9A Pending CN108253561A (en) | 2017-12-26 | 2017-12-26 | A kind of cooling system of data center module |
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| CN (1) | CN108253561A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110162153A (en) * | 2019-04-16 | 2019-08-23 | 上海马小修智能科技有限公司 | A kind of data disaster tolerance switching system |
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| CN105485800A (en) * | 2016-01-06 | 2016-04-13 | 西安工程大学 | Natural cooling-mechanical refrigerating integrated air conditioner system for data center |
| CN106247501A (en) * | 2016-07-29 | 2016-12-21 | 西安工程大学 | Data center is with closing the passage of heat full return air dry air energy central air conditioner system |
| CN208042426U (en) * | 2017-12-26 | 2018-11-02 | 广东申菱环境系统股份有限公司 | A kind of cooling system of data center module |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105485800A (en) * | 2016-01-06 | 2016-04-13 | 西安工程大学 | Natural cooling-mechanical refrigerating integrated air conditioner system for data center |
| CN106247501A (en) * | 2016-07-29 | 2016-12-21 | 西安工程大学 | Data center is with closing the passage of heat full return air dry air energy central air conditioner system |
| CN208042426U (en) * | 2017-12-26 | 2018-11-02 | 广东申菱环境系统股份有限公司 | A kind of cooling system of data center module |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110162153A (en) * | 2019-04-16 | 2019-08-23 | 上海马小修智能科技有限公司 | A kind of data disaster tolerance switching system |
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