CN207990879U - A kind of cooling system of data center module - Google Patents

A kind of cooling system of data center module Download PDF

Info

Publication number
CN207990879U
CN207990879U CN201721849409.6U CN201721849409U CN207990879U CN 207990879 U CN207990879 U CN 207990879U CN 201721849409 U CN201721849409 U CN 201721849409U CN 207990879 U CN207990879 U CN 207990879U
Authority
CN
China
Prior art keywords
heat
data center
center module
pipe
fresh air
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201721849409.6U
Other languages
Chinese (zh)
Inventor
陈媛媛
张学伟
李朝文
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Guangdong Shenling Environmental Systems Co Ltd
Guangdong Shenling Air Conditioning Equipment Co Ltd
Original Assignee
Guangdong Shenling Air Conditioning Equipment Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Guangdong Shenling Air Conditioning Equipment Co Ltd filed Critical Guangdong Shenling Air Conditioning Equipment Co Ltd
Priority to CN201721849409.6U priority Critical patent/CN207990879U/en
Application granted granted Critical
Publication of CN207990879U publication Critical patent/CN207990879U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model is related to a kind of room air cooling system more particularly to a kind of cooling systems of data center module.A kind of cooling system of data center module, including Leads to new breeze pipe and fresh air discharge pipe, Leads to new breeze pipe is set to the upper layer of data center module with fresh air discharge pipe, and the heat-exchange system by being set to upper layer is connected to, data center module both sides interlayer forms cold passage, cold passage upper end is connected to heat-exchange system, lower end is connected to the cold passage of data center module lower layer, the middle layer of 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, the closing passage of heat is formed between the air side of two cabinets, every closing passage of heat is connected to heat-exchange system, the inlet side of each cabinet forms cold passage, data center module lower layer is connected to the inlet side of each cabinet through floor blowing unit.The setting of the utility model space is reasonable, easily extends, and consume energy low, high-efficiency environment friendly.

Description

A kind of cooling system of data center module
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 cloud computing, the development of the technologies such as 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.
Application No. is the patents of CN201510274184.5 to disclose 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 is repeated in setting closing cold passage and the closing passage of heat 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, and equipment enclosure density can be improved, and has advantage in the setting in data center module space, but still It has the 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 arrange various types of communication pipeline to cabinet, 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 set, 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.Above defect can be solved by rearranging data center module space.
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, and rational number is arranged 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, Leads to new breeze pipe are arranged with fresh air Outlet pipe is set to the upper layer of data center module, and the heat-exchange system by being set to upper layer is connected to, data center module both sides sandwich shape At cold passage, cold passage upper end is connected to heat-exchange system, and lower end is connected to the cold passage of data center module lower layer, the centre of data center module Layer is provided with stack of cabinets, and stack of cabinets is made of two cabinets, and two cabinet air sides are in being oppositely arranged, in going out for two cabinets The closing passage of heat is formed between wind side, every closing passage of heat is connected to heat-exchange system, and the inlet side of each cabinet is formed Cold passage, data center module lower layer are connected to the inlet side of each cabinet through floor blowing unit.
The present invention makes full use of the space of data center module, and data center module is divided into upper layer, both sides interlayer, lower layer, and handle These channels are combined with cold and hot air-supply passage.In the work course, fresh air enters heat-exchange system from Leads to new breeze pipe, together When, cabinet air side sheds heat, and the return air of formation enters heat-exchange system along the closing passage of heat.In heat-exchange system, return Wind 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 modem The cold passage of room both sides interlayer and lower layer is introduced to the inlet side of the cabinet of data center module middle layer through floor blowing unit, right Cabinet is cooled down.One cycle is completed.In whole work process, Cryogenic air is sent to from bottom in cabinet, high temperature air Enter heat-exchange system from enclosure top.The direction of wind flow and the characteristic of air are consistent in system, and air current composition is reasonable, send Wind is efficient, and energy consumption is few, can reach excellent cooling effect.Heat exchange unit is positioned over the upper layer of data center module by the present invention, The space of communication line, the individually placed further dilatation for being also beneficial to heat-exchange system and communication apparatus need not be tied up.In addition, Heat-exchange system is positioned over the upper layer of data center module, once there is drainage, can quickly find the washmarking on plate, excludes to draw in time Play the unsafe factor of computer room.
Further, heat-exchange system is designed to modular system.Modular heat exchange system is to constitute the number According to a part for machine room cooling system.Module is corresponded with function, and independent function is to realize heat exchange, and have system 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 exchange unit, and the spray heat exchange unit includes:Return air channel, The cold passage of connection the closing passage of heat and data center module both sides interlayer;Fresh air channel, connection Leads to new breeze pipe and fresh air discharge pipe; Heat exchange of heat pipe is located in return air channel and fresh air channel, for realizing the heat exchange between return air and fresh air;Water mist sprinkling fills It sets, is set in the fresh air channel, between the Leads to new breeze pipe and heat exchange of heat pipe, be used for fresh air cooling;Water blocking Plate is set in the fresh air channel, between the water mist sprinkling device and the heat exchange of heat pipe.Spray heat exchange list Meta structure is simple, and for the Northwest and other remote, extremely frigid zones, whole year can meet computer room cooling need using natural wind It asks, reduces system energy consumption to the full extent.
Further, spray heat exchange unit further includes filter, is set in the fresh air channel, and the fresh air is located at It introduces between pipe and heat exchange of heat pipe, for realizing the filtering of fresh air.The dust impurity for filtering out larger particles in air, make by Processing air obtains preliminary purification, can largely reduce the dust impurity reached on equipment below, is played to these equipments apparent Protective effect.
Further, the spray heat exchange unit further includes two or more wind turbines, and an at least Fans are set to institute It states in fresh air channel and between heat exchange of heat pipe and fresh air discharge pipe, at least a Fans are set in the return air channel And between heat exchange of heat pipe and the cold passage of data center module both sides interlayer.Wind turbine guides the flow direction of fresh air return air, raising to send The efficiency of wind.
Further, water mist sprinkling device includes water inlet pipe and the hydraulic spray nozzle that is connected to the water inlet pipe, the water mist Nozzle is two rows or more, and the density of hydraulic spray nozzle is 13 ~ 24(m2* it arranges).Hydraulic spray nozzles more than two rows enhances the effect of cooling Fruit, in addition, the density of hydraulic spray nozzle is excessive, the superposition of water seedling cannot then play one's part to the full;Density is too small, and water seedling cannot cover Entire spray chamber end face.Being set as every every square metre of row 13 ~ 24 is advisable.
Further, water mist sprinkling device can be opened and closed switching.Effect is to switch over opening and closing according to varying environment.Work as the external world Air themperature is low, and the fresh air of introducing need not then be cooled down by water mist sprinkling device, you can directly carries out heat exchange with return air.
Further, heat-exchange system is runner heat exchanger or plate heat exchanger.Runner heat exchanger and plate-type heat-exchange Device is all to be commonly used in the device for realizing heat exchange, which can also be replaced runner heat exchanger With plate heat exchanger, the practicability of the system is enhanced.
Further, which further includes the chemistry of the closing passage of heat between being set to the air side of two cabinets Filter element, the return air for filtering 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, influences the precision of computer permission and cause short circuit or first device The problems such as part poor 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.
Further, which further includes the dry coil pipe cooling list being set in the interlayer of the data center module both sides Member can be installed multiple as the auxiliary cooling device of spray heat exchange unit according to the capacity of machine data center module.
Beneficial effects of the present invention are:Data center module space is made full use of, data center module is subjected to equipment upper layer, in computer room Central layer, air-supply interlayer design 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 closed Reason is easily overhauled, and is easily extended.Using modular air conditioner system such as heat-exchange system, modularization can be carried out according to cabinet quantity Design and assembly enhance the flexibility of data center module extension.Using spray heat exchange unit, using water mist sprinkling technology with And it is cold can to meet computer room using natural wind substantially for the Northwest's whole year for heat pipe heat exchanging technology, simple in structure, high-efficiency environment friendly But demand reduces system energy consumption to the full extent.Chemical filtering unit is increased in the passage of heat, ensure that data center module Cleanliness factor.
Description of the drawings
Fig. 1 is the structure chart of the data center module cooling system
Fig. 2 is the structure chart for spraying heat exchange unit
Figure includes the upper layer 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 layer 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 Member 130, the inlet side 140 of cabinet, 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.
Specific implementation mode
The present invention is described in further details below with reference to the drawings and specific embodiments:
Such as the cooling system structure that Fig. 1 is data center module, data center module space is divided into four parts:The upper layer of data center module 10, the middle layer 20 of data center module, the both sides interlayer 30 of data center module and data center module lower layer 40.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, be used in combination floor, ceiling as being spaced, The sheaf space up and down for making full use of computer room, 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 be 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 data center module, data center module lower layer 40 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, 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 carries out humiture cleanliness factor control, each module using the above modular air conditioner system unit 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 1, Leads to new breeze pipe 60 and fresh air discharge pipe 70 are set to the upper layer 10 of data center module, and be set in The heat-exchange system 50 on the upper layer 10 of data center module connects.30 upper end of both sides interlayer of data center module is connected through air supply pipeline 110 Heat-exchange system 50, lower end are connected to the lower layer 40 of data center module.Dry coil pipe cooling unit 120 is installed on the both sides folder of data center module In layer 30.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 machines In being oppositely arranged, the closing passage of heat 90 formed between the air side of two cabinets connects 80 air side of cabinet with heat-exchange system 50 It is logical.Chemical filtering unit 100 is installed in the closing passage of heat 90 formed between the air side of two cabinets.Under data center module Layer 40 is connected to the middle layer 20 of data center module through floor blowing unit 130.
Heat-exchange system 50 is positioned over the upper layer 20 of data center module, and Cryogenic air is sent to cabinet from the lower layer 40 of data center module In 80, high temperature air enters heat-exchange system 50 from cabinet 80.The direction of wind flow and the characteristic of air are consistent 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 system 50 is positioned over data center module 20 upper layer, 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 for filtering 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. 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 turbine 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, for realizing the heat exchange between return air and fresh air;Water mist sprinkling device 53, it is used for fresh air cooling;Water fender 54, for stopping steam;Filter 52, for realizing the filtering of fresh air, protection is subsequent Equipment not dust stratification;Wind turbine 56 is for guiding air-flow.Wherein, water mist sprinkling device 53 can be high-pressure spray-type, water mist sprinkling dress Cleaned water can be pressurized to 1 between 7Mpa by the higfh-tension ceramics plunger pump set, and be then transmitted to by high-pressure water pipe It on Fine-fog nozzle, is ejected into air with 3-10 μm of cloud and mist, water mist absorbs heat in air, becomes gaseous state from liquid, right Air carries out constant enthalpy cooling heating.It is small to be atomized diameter, cooling-down effect enhancing.Water mist sprinkling device can also include water inlet pipe and with The hydraulic spray nozzle of water inlet pipe connection, the hydraulic spray nozzle are two rows or more, and the density of hydraulic spray nozzle is 13 ~ 24(m2* it arranges), two rows of Above 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 better 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 The Northwest and other remote, extremely frigid zones, whole year can meet computer room cooling requirement using natural wind, reduce to the full extent System energy consumption.
Data center module cooling system work process be:The hot-air that 80 air side of cabinet sheds is formed by return air edge 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, crosses 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 Return air outlet 59, the both sides interlayer 30 of data center module is sent 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 layer 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 ensuring the cleanliness factor of data center module.

Claims (10)

1. a kind of cooling system of data center module, including Leads to new breeze pipe(60)With fresh air discharge pipe(70), which is characterized in that institute State Leads to new breeze pipe(60)With fresh air discharge pipe(70)It is set to the upper layer of data center module(10), and by being set to upper layer(10) Heat-exchange system(50)Connection, data center module both sides interlayer(30)Cold passage is formed, cold passage upper end is connected to heat exchange System(50), lower end is connected to data center module lower layer(40)Cold passage, the middle layer of the data center module(20)It is provided with cabinet Group, stack of cabinets is by two cabinets(80)It constitutes, and two cabinets(80)Air side is in being oppositely arranged, in two cabinets(80)Go out The closing passage of heat is formed between wind side(90), every closing passage of heat(90)And heat-exchange system(50)Connection, each cabinet (80)Inlet side(140)Form cold passage, data center module lower layer(40)With each cabinet(80)Inlet side(140)Through floor Blowing unit(130)Connection.
2. the cooling system of data center module according to claim 1, which is characterized in that the heat-exchange system(50)For mould The system of block.
3. the cooling system of data center module according to claim 2, which is characterized in that the heat-exchange system(50)For spray Heat exchange unit is drenched, the spray heat exchange unit includes:
Return air channel, the connection closing passage of heat(90)With data center module both sides interlayer(30)Cold passage;
Fresh air channel is connected to Leads to new breeze pipe(60)With fresh air discharge pipe(70);
Heat exchange of heat pipe(55), it is located in return air channel and fresh air channel, for realizing the heat exchange between return air and fresh air;
Water mist sprinkling device(53), it is set in the fresh air channel, is located at the Leads to new breeze pipe(60)With heat exchange of heat pipe (55)Between, it is used for fresh air cooling;
Water fender(54), it is set in the fresh air channel, is located at the water mist sprinkling device(53)With the heat exchange of heat pipe (55)Between.
4. the cooling system of data center module according to claim 3, which is characterized in that the spray heat exchange unit also wraps Include filter(52), it is set in the fresh air channel, is located at the Leads to new breeze pipe(60)With heat exchange of heat pipe(55)It Between.
5. the cooling system of data center module according to claim 3 or 4, which is characterized in that the spray heat exchange unit Further include two or more wind turbines(56), an at least Fans(56)It is set in the fresh air channel and is located at heat exchange of heat pipe (55)With fresh air discharge pipe(70)Between, an at least Fans(56)It is set in the return air channel and is located at heat exchange of heat pipe (55)With data center module both sides interlayer(30)Cold passage between.
6. the cooling system of data center module according to claim 3 or 4, which is characterized in that water mist sprinkling device(53)Packet The hydraulic spray nozzle for including water inlet pipe and being connected to the water inlet pipe, the hydraulic spray nozzle are two rows or more, and the density of hydraulic spray nozzle is 13~24 m2* it arranges.
7. the cooling system of data center module according to claim 3 or 4, which is characterized in that the water mist sprinkling device (53)Switching can be opened and closed.
8. the cooling system of data center module according to claim 2, which is characterized in that the heat-exchange system(50)To turn Take turns heat exchanger or plate heat exchanger.
9. the cooling system of data center module according to claim 1, which is characterized in that further include being set to the closing passage of heat Interior chemical filtering unit(100), the return air for filtering computer room air side.
10. the cooling system of data center module according to claim 1, which is characterized in that further include being set to the data Computer room both sides interlayer(30)Interior dry coil pipe cooling unit(120).
CN201721849409.6U 2017-12-26 2017-12-26 A kind of cooling system of data center module Active CN207990879U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721849409.6U CN207990879U (en) 2017-12-26 2017-12-26 A kind of cooling system of data center module

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721849409.6U CN207990879U (en) 2017-12-26 2017-12-26 A kind of cooling system of data center module

Publications (1)

Publication Number Publication Date
CN207990879U true CN207990879U (en) 2018-10-19

Family

ID=63818091

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201721849409.6U Active CN207990879U (en) 2017-12-26 2017-12-26 A kind of cooling system of data center module

Country Status (1)

Country Link
CN (1) CN207990879U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108224668A (en) * 2017-12-26 2018-06-29 广东申菱环境系统股份有限公司 A kind of cooling system of data center module
CN110332642A (en) * 2019-07-03 2019-10-15 苏州安瑞可信息科技有限公司 A kind of data center's fresh air temperature and humidity control system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108224668A (en) * 2017-12-26 2018-06-29 广东申菱环境系统股份有限公司 A kind of cooling system of data center module
CN110332642A (en) * 2019-07-03 2019-10-15 苏州安瑞可信息科技有限公司 A kind of data center's fresh air temperature and humidity control system

Similar Documents

Publication Publication Date Title
CN105485800A (en) Natural cooling-mechanical refrigerating integrated air conditioner system for data center
CN205071578U (en) Compound cooling system of data disconnect -type heat pipe for computer lab - evaporative condenser
CN207990879U (en) A kind of cooling system of data center module
CN107969098A (en) A kind of data center module
CN101713575A (en) Air-conditioning method and air-conditioning system
CN205065912U (en) Heat pipe - heat recovery type evaporative cooling air -conditioning system suitable for data center
CN202024429U (en) Four-level direct evaporative cooling air conditioning unit combining high pressure atomizing with dropping and sprinkling padding
CN202648027U (en) Novel high energy-efficient ice storage air conditioner
CN105135572B (en) The heat pipe combined recovery type evaporative cooling air conditioning system of data center
CN205316560U (en) Air conditioning system for data center that natural cooling and mechanical refrigeration are united
CN204665544U (en) The multi-joint hot-pipe system of a kind of machine room water-cooling
CN208042426U (en) A kind of cooling system of data center module
CN207778663U (en) Vertical pipe type indirect evaporation natural cooling cold supply system suitable for data center
CN105263294A (en) Cooling system of divided composite heat pipe evaporative condenser for data machine room
CN108954617A (en) A kind of multisystem refrigeration air-conditioning unit
CN108224630A (en) The cooling system and method for a kind of data center module
CN105299807A (en) Cold supply system combining indirect-evaporation cooling tower with mechanical refrigeration for data center
CN202648008U (en) Novel high energy-efficient central air-conditioning water chiller unit
CN207688353U (en) A kind of cooling system of data center module
CN207990878U (en) A kind of cooling system of data center module
CN108224668A (en) A kind of cooling system of data center module
CN108253561A (en) A kind of cooling system of data center module
CN108036459A (en) A kind of cooling system of data center module
WO2022062413A1 (en) Evaporative cooling and seasonal cold storage-based low energy consumption air conditioning cooling system
CN208210524U (en) A kind of data center computer room

Legal Events

Date Code Title Description
GR01 Patent grant
GR01 Patent grant