CN205448105U - Circulative cooling system for rack in data center - Google Patents
Circulative cooling system for rack in data center Download PDFInfo
- Publication number
- CN205448105U CN205448105U CN201521126284.5U CN201521126284U CN205448105U CN 205448105 U CN205448105 U CN 205448105U CN 201521126284 U CN201521126284 U CN 201521126284U CN 205448105 U CN205448105 U CN 205448105U
- Authority
- CN
- China
- Prior art keywords
- water
- pipe
- data center
- cooling
- unit
- 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.)
- Expired - Fee Related
Links
Abstract
The utility model discloses a circulative cooling system for rack in data center comprises through connecting with the evaporation cooling cooling water set that sets up outside data center the circulative cooling system for the rack that sets up in data center, the circulative cooling system comprises with a plurality of cooling device that set up in making somebody a mere figurehead under the floor the rack cold - heated air circulation conveying system who sets up on built on stilts floor for the rack, a plurality of cooling device all are connected with the evaporation cooling cooling water set through delivery pipe, wet return, delivery pipe, wet return all are provided with control flap. The utility model discloses circulative cooling system for rack in data center, realized data center when section energy saving consumes in the high -efficient cooling of rack, effectively adjusted the temperature in the data center.
Description
Technical field
This utility model belongs to air conditioning system technical field, is specifically related to rack circulating cooling system in a kind of data center.
Background technology
Along with the arrival of big data age, IDC machine room has become the important component part in the national economic development, is to advance national science and technology industrial information and digitized mainstay.Along with data center's scale and the development of integrated level, in server, information technoloy equipment power density grows with each passing day, heat density sharp increase；On the one hand, the electrical power that refrigeration plant is consumed quickly increases, and the energy consumption problem of data center increasingly receives publicity；On the other hand, server radiating problem becomes increasingly severe, in some instances it may even be possible to equipment downtime phenomenon also can be caused to occur because of equipment heating under consuming the cost of mass energy and operation cost.Additionally, the energy waste that the cold and hot blending in data center is caused also is a part for consumption of data center.
In NORTHWEST CHINA area, dry air energy and natural cooling source are plentiful, will evaporation cooling handpiece Water Chilling Units as the low-temperature receiver of data center, just can realize while to data center's cooling that data center is energy-conservation, green and the requirement of environmental protection.Additionally, reasonably utilize the inner space of data center, in data center, the lower section of each rack arranges a cooling unit, cold water is provided for each cooling unit by evaporation cooling handpiece Water Chilling Units, on the one hand the space of data center can be saved, on the other hand can shorten cooling distance, improve cooling effectiveness.
Utility model content
The purpose of this utility model is to provide rack circulating cooling system in a kind of data center, and in achieving data center while saving energy consumption, the efficient cooling of rack, effectively have adjusted the temperature in data center.
This utility model be employed technical scheme comprise that, rack circulating cooling system in data center, the rack circulating cooling system being arranged in data center and the evaporation being arranged at outside data center cool down handpiece Water Chilling Units through connecting and composing；Rack circulating cooling system is made up of the rack cold-hot wind cyclic delivery system being arranged on raised flooring and the multiple chillers being arranged under raised flooring；Multiple chillers are all connected with evaporation cooling handpiece Water Chilling Units by feed pipe, return pipe；Feed pipe, return pipe are provided with control valve.
Feature of the present utility model also resides in:
Evaporation cooling handpiece Water Chilling Units, includes machine unit shell, the two side that machine unit shell is relative is respectively arranged with air inlet a, air inlet b；At air inlet a, it is provided with filter a in machine unit shell, at air inlet b, is provided with filter b, between filter a and filter b, is disposed with the first Complex-cooling unit, direct evaporating-cooling unit and the second Complex-cooling unit；First Complex-cooling unit, direct evaporating-cooling unit and the second Complex-cooling unit are all connected with connection water pipe, feed pipe；First Complex-cooling unit and the second Complex-cooling unit are connected with return pipe respectively.
First Complex-cooling unit, includes the first surface cooler and the first tube type indirect evaporative cooler, and the first surface cooler is arranged near filter a, and the first tube type indirect evaporative cooler is arranged near direct evaporating-cooling unit；The water inlet of the first surface cooler is connected with return pipe by return branch a, the outlet of the first surface cooler is connected with the first tube type indirect evaporative cooler, outlet pipe b respectively by outlet pipe a, first tube type indirect evaporative cooler is connected with feed pipe, and outlet pipe b is connected with connection water pipe；It is provided with secondary exhausting mouth a on machine unit shell roof corresponding above first tube type indirect evaporative cooler, in secondary exhausting mouth a, is provided with blower fan a；
Second Complex-cooling unit, include the second surface cooler and the second tube type indirect evaporative cooler, second surface cooler is arranged near filter b, second tube type indirect evaporative cooler is arranged near direct evaporating-cooling unit, the water inlet of the second surface cooler is connected with return pipe by return branch b, the outlet of the second surface cooler is connected with the second tube type indirect evaporative cooler, outlet pipe d respectively by outlet pipe c, second tube type indirect evaporative cooler is connected with feed pipe, and outlet pipe d is connected with connection water pipe；It is provided with secondary exhausting mouth b on machine unit shell roof corresponding above second tube type indirect evaporative cooler, in secondary exhausting mouth b, is provided with blower fan c；
Direct evaporating-cooling unit, include filler, filler be sequentially arranged above water distributor b and water fender, water distributor b is connected with connection water pipe by water pipe, multiple nozzle towards filler spray it is evenly arranged with on water distributor b, it is provided with exhaust outlet on machine unit shell roof corresponding above water fender, in exhaust outlet, is provided with blower fan b；The lower section of filler is provided with header tank b, header tank b and is connected with feed pipe by water supply arm b.
First tube type indirect evaporative cooler, include the first set of heat exchange tubes, the water distributor a being provided above being connected with outlet pipe a of the first set of heat exchange tubes, multiple nozzle towards the first set of heat exchange tubes spray it is evenly arranged with on water distributor a, the lower section of the first set of heat exchange tubes is provided with header tank a, header tank a and is connected with feed pipe by water supply arm a；
Second tube type indirect evaporative cooler, include the second set of heat exchange tubes, the water distributor c being provided above being connected with outlet pipe c of the second set of heat exchange tubes, multiple nozzle towards the second set of heat exchange tubes spray it is evenly arranged with on water distributor c, the lower section of the second set of heat exchange tubes is provided with header tank c, header tank c and is connected with feed pipe by water supply arm c.
First set of heat exchange tubes and the second set of heat exchange tubes are formed by many horizontally disposed heat exchanger tubes.
It is provided with water pump on outlet pipe b；It is provided with water pump on outlet pipe d.
Filler is inverted triangle shape；Water pump it is provided with on water pipe.
Rack cold-hot wind cyclic delivery system, include multiple stack of cabinets, each stack of cabinets is constituted by the baffle plate of two racks being oppositely arranged and two enclosure top of connection, it is provided with cold wind on the relative sidewall of two racks of composition stack of cabinets and enters unit, another sidewall of each rack is provided with hot blast discharge unit；Form rack hot-air channel between adjacent two stack of cabinets, the raised flooring that rack hot-air channel bottom is corresponding is provided with hot blast blowing unit；Formed between two racks of composition stack of cabinets and close cold passage；Below the raised flooring that two racks are corresponding, a cooling unit is respectively set；Two cooling units constitute a chiller, and chiller is closed in cold passage for being sent into by cold wind；Each cooling unit is formed by the cooling unit surface cooler set gradually by hot wind flow direction and pressure fan, and feed pipe, return pipe are all connected with cooling unit surface cooler.Each rack is made up of the multiple servers placed up and down；Hot blast blowing unit is the perforated tiles offering several through holes.
Cold wind enters unit and is made up of multiple cold air inlets；Hot blast discharge unit is sent mouth by multiple hot blasts and is formed.
The beneficial effects of the utility model are:
(1) rack circulating cooling system in this utility model data center, in raised flooring corresponding bottom each rack, a cooling unit is set, utilize cooling unit to eliminate the heat that rack server produces, rack is oriented cooling simultaneously, owing to cooling is apart from short, therefore cooling effectiveness is high；All of cooling unit is placed in raised flooring, can effectively save the floor space of data center, the space in Appropriate application data center.
(2) high for current data center air conditioning energy consumption and data center needs the feature of long-term cooling, in this utility model data center, rack circulating cooling system uses evaporation cooling handpiece Water Chilling Units to provide cold water for each cooling unit, dry air energy and the natural cooling source of outdoor can be made full use of, be finally reached energy-conservation, low-carbon (LC), green and the purpose of environmental protection.
(3) when rack circulating cooling system in this utility model data center being applied to data center, space between the rack put face-to-face in utilizing data center is formed closes cold passage, the air of cooled unit cooling directly is sent to close in cold passage by pressure fan, achieve the efficient cooling to rack server, so can well avoid cold and hot blending phenomenon, reach energy-conservation purpose.
Accompanying drawing explanation
The structural representation of rack circulating cooling system in Tu1Shi this utility model data center；
The structural representation of evaporation cooling handpiece Water Chilling Units in rack circulating cooling system in Tu2Shi this utility model data center.
nullIn figure，1. raised flooring，2. cooling unit surface cooler，3. pressure fan，4. close cold passage，5. rack hot-air channel，6. hot blast blowing unit，7. baffle plate，8. feed pipe，9. return pipe，10. rack，11. servers，12. air inlet a，13. filter a，14. first surface coolers，15. water distributor a，16. secondary exhausting mouth a，17. water distributor b，18. exhaust outlets，19. secondary exhausting mouth b，20. water distributor c，21. second surface coolers，22. filter b，23. air inlet b，24. first set of heat exchange tubes，25. fillers，26. second set of heat exchange tubes，27. blower fan a，28. blower fan b，29. blower fan c，30. header tank a，31. header tank b，32. header tank c，33. outlet pipe a，34. outlet pipe b，35. outlet pipe c，36. outlet pipe d，37. water pipes，38. return branch a，39. return branch b，40. water supply arm a，41. water supply arm b，42. water supply arm c，43. connection water pipes.
Detailed description of the invention
With detailed description of the invention, this utility model is described in detail below in conjunction with the accompanying drawings.
Rack circulating cooling system in this utility model data center, its structure as shown in Figures 1 and 2, is cooled down handpiece Water Chilling Units through connecting and composing by the rack circulating cooling system being arranged in data center and the evaporation being arranged at outside data center.
Rack circulating cooling system by the rack cold-hot wind cyclic delivery system being arranged in data center on raised flooring 1 and in being arranged at data center the multiple chillers under raised flooring 1 form, multiple chillers are all by feed pipe 8, return pipe 9 and evaporate and cool down handpiece Water Chilling Units and be connected.Control the water yield for convenience, control valve can be set on feed pipe 8 and return pipe 9.
Evaporation cooling handpiece Water Chilling Units, as in figure 2 it is shown, include machine unit shell, the two side that machine unit shell is relative is respectively arranged with air inlet a12, air inlet b23；At air inlet a12, it is provided with filter a13 in machine unit shell, it is provided with filter b22 at air inlet b23, the first Complex-cooling unit, direct evaporating-cooling unit and the second Complex-cooling unit it is disposed with between filter a13 and filter b22, first Complex-cooling unit, direct evaporating-cooling unit and the second Complex-cooling unit are all connected with connection water pipe 43, feed pipe 8, and the first Complex-cooling unit and the second Complex-cooling unit are connected with return pipe 9 respectively.
First Complex-cooling unit, includes the first surface cooler 14 and the first tube type indirect evaporative cooler, and the first surface cooler 14 is arranged near filter a13, and the first tube type indirect evaporative cooler is arranged near direct evaporating-cooling unit；The water inlet of the first surface cooler 14 is connected with return pipe 9 by return branch a38, the outlet of the first surface cooler 14 is connected with the first tube type indirect evaporative cooler, outlet pipe b34 respectively by outlet pipe a33, first tube type indirect evaporative cooler is connected with feed pipe 8, outlet pipe b34 is connected with connection water pipe 43, and outlet pipe b34 is provided with water pump；It is provided with secondary exhausting mouth a16 on machine unit shell roof corresponding above first tube type indirect evaporative cooler, in secondary exhausting mouth a16, is provided with blower fan a27.
First tube type indirect evaporative cooler, includes the first set of heat exchange tubes 24, and the first set of heat exchange tubes 24 is made up of many horizontally disposed heat exchanger tubes；The water distributor a15 being provided above being connected with outlet pipe a33 of the first set of heat exchange tubes 24, multiple nozzle towards the first set of heat exchange tubes 24 spray it is evenly arranged with on water distributor a15, the lower section of the first set of heat exchange tubes 24 is provided with header tank a30, header tank a30 and is connected with feed pipe 8 by water supply arm a40.
Second Complex-cooling unit, include the second surface cooler 21 and the second tube type indirect evaporative cooler, second surface cooler 21 is arranged near filter b22, second tube type indirect evaporative cooler is arranged near direct evaporating-cooling unit, the water inlet of the second surface cooler 21 is connected with return pipe 9 by return branch b39, the outlet of the second surface cooler 21 by outlet pipe c35 respectively with the second tube type indirect evaporative cooler, outlet pipe d36 connects, second tube type indirect evaporative cooler is connected with feed pipe 8, outlet pipe d36 is connected with connection water pipe 43, it is provided with water pump on outlet pipe d36；It is provided with secondary exhausting mouth b19 on machine unit shell roof corresponding above second tube type indirect evaporative cooler, in secondary exhausting mouth b19, is provided with blower fan c29.
Second tube type indirect evaporative cooler, includes the second set of heat exchange tubes 26, and the second set of heat exchange tubes 26 is made up of many horizontally disposed heat exchanger tubes；The water distributor c20 being provided above being connected with outlet pipe c35 of the second set of heat exchange tubes 26, multiple nozzle towards the second set of heat exchange tubes 26 spray it is evenly arranged with on water distributor c20, the lower section of the second set of heat exchange tubes 26 is provided with header tank c32, header tank c32 and is connected with feed pipe 8 by water supply arm c42.
Direct evaporating-cooling unit, include filler 25, filler 25 is in inverted triangle shape, filler 25 be sequentially arranged above water distributor b17 and water fender, water distributor b17 is connected with connection water pipe 43 by water pipe 37, and water pipe 37 is provided with water pump, and water distributor b17 is evenly arranged with multiple nozzle towards filler 25 spray, it is provided with exhaust outlet 18 on machine unit shell roof corresponding above water fender, in exhaust outlet 18, is provided with blower fan b28；The lower section of filler 25 is provided with header tank b31, header tank b31 and is connected with feed pipe 8 by water supply arm b41.
Rack cold-hot wind cyclic delivery system, as shown in Figure 1, include multiple stack of cabinets, each stack of cabinets is constituted by the baffle plate 7 of two racks being oppositely arranged 10 and two rack 10 tops of connection, it is provided with cold wind on the relative sidewall of two racks 10 of composition stack of cabinets and enters unit, another sidewall of each rack 10 is provided with hot blast discharge unit.Form rack hot-air channel 5 between adjacent two stack of cabinets, the raised flooring 1 that rack hot-air channel 5 bottom is corresponding is provided with hot blast blowing unit 6；Formed between two racks 10 of composition stack of cabinets and close cold passage 4；Respectively arranging a cooling unit below the raised flooring 1 of two rack 10 correspondences, two cooling units constitute a chiller, and chiller is closed in cold passage 4 for being sent into by cold wind.
Hot blast blowing unit 6 is the perforated tiles offering several through holes, and the hot blast sent through hot blast discharge unit can be flowed in raised flooring 1 by hot blast blowing unit 6.
Cooling unit, as it is shown in figure 1, cooling unit surface cooler 2 and pressure fan 3 by setting gradually by hot wind flow direction form, feed pipe 8, return pipe 9 are all connected with cooling unit surface cooler 2.Wherein, cooling unit, with corresponding to a rack 10, is arranged in raised flooring 1, the space being effectively utilized in data center by a cooling unit；In cooling unit under the effect of pressure fan 3, the cold wind after cooled unit surface cooler 2 cooling processes is admitted in closed cold passage 4；Evaporation cooling handpiece Water Chilling Units is connected with each cooling unit by feed pipe 8, return pipe 9, provides required cold water for cooling unit；And it is equipped with hot blast blowing unit 6 (i.e. perforated tiles) on the raised flooring 1 of each rack hot-air channel 5 correspondence, so facilitate hot-air to enter raised flooring and again cool down for 1 time.
Each rack 10 is made up of the multiple servers 11 placed up and down；The cold wind formed by chiller carries through closed cold passage 4, enter in unit enters rack 10 through cold wind and be used for the multiple servers 11 in cooling machine cabinet, and the hot blast that multiple server 11 produces is sent the flowing of opening's edge rack hot-air channel 5 through hot blast discharge unit and is eventually returned to raised flooring 1 bottom, cooled down by chiller again, constantly circulate.
Cold wind enters unit and is made up of multiple cold air inlets；Hot blast discharge unit is sent mouth by multiple hot blasts and is formed.
Rack circulating cooling system in this utility model data center, its work process is specific as follows:
(1) evaporation cooling handpiece Water Chilling Units, the work process of its water system is as follows:
Water after cooled unit surface cooler 2 heats up is carried by return pipe 9, and the water after a part heats up is sent in the first surface cooler 14 by return branch a38, utilizes the first surface cooler 14 that the air entered through air inlet a12 is carried out precooling treatment；Water after another part heats up is sent into the second surface cooler 21 by return branch b39, utilizes the second surface cooler 21 that the air entered through air inlet b23 is carried out precooling treatment；
After precooling treatment completes, the first surface cooler 14 water flowed out carries through outlet pipe a33, the second surface cooler 21 water flowed out carries through outlet pipe c35:
In the water part inflow water distributor a15 of outlet pipe a33 conveying, by the nozzle on water distributor a15 by many heat exchanger tubes in Water spray to the first set of heat exchange tubes 24, again primary air is lowered the temperature after carrying out hot and humid area with the auxiliary air flowed through at the first set of heat exchange tubes 24, meanwhile water temperature also reduces, in first set of heat exchange tubes 24, remaining water falls back in header tank a30, water in header tank a30 is sent in feed pipe 8 by water supply arm a40 again, by feed pipe 8 cold water delivered in the cooling unit surface cooler 2 in each cooling unit again, for cooling down air；Some water is sent through outlet pipe b34, send in the water distributor b17 in direct evaporating-cooling unit through connection water pipe 43, by the nozzle arranged on water distributor b17, Water spray is formed moisture film on filler 25 surface, now flow through the air at filler 25 and carry out hot and humid area with moisture film, water temperature is lowered the temperature, on filler 25, remaining water falls back in header tank b31 afterwards, water in header tank b31 flows in feed pipe 8 by water supply arm b41, by feed pipe 8, cold water is sent in the cooling unit surface cooler 2 in each cooling unit, be also used for cooling down air；
Flow in water distributor c20 through an outlet pipe c35 conveying water part, by the nozzle on water distributor c20 by many heat exchanger tubes in Water spray to the second set of heat exchange tubes 26, again primary air is lowered the temperature after carrying out hot and humid area with the auxiliary air flowed through at the second set of heat exchange tubes 26, meanwhile water temperature also reduces, in second set of heat exchange tubes 26, remaining water falls back in header tank c32, water in header tank c32 is sent in feed pipe 8 by water supply arm c42 again, by feed pipe 8 cold water delivered in the cooling unit surface cooler 2 in each cooling unit again, for cooling down air；Some water is sent through outlet pipe d36, also sending in the water distributor b17 in direct evaporating-cooling unit through connection water pipe 43 (now converges in water pipe 37 with the water sent through outlet pipe b34, by water pipe 37, water delivered to water distributor 17), by the nozzle arranged on water distributor b17, Water spray is formed moisture film on filler 25 surface, now flow through the air at filler 25 and carry out hot and humid area with moisture film, water temperature is lowered the temperature, on filler 25, remaining water falls back in header tank b31 afterwards, water in header tank b31 flows in feed pipe 8 by water supply arm b41, by feed pipe 8, cold water is sent in the cooling unit surface cooler 2 in each cooling unit, it is also used for cooling down air；
(2) evaporation cooling handpiece Water Chilling Units air operational process is specific as follows:
Outdoor air enters in machine unit shell by air inlet a12, air inlet b23 respectively, first surface cooler the 14, second surface cooler 21 air entered is carried out precooling treatment；
It is divided into two parts through the air of the first surface cooler 14 pre-cooling:
Portion of air is as auxiliary air, the first set of heat exchange tubes 24 is flow through under the effect of blower fan a27, there is hot and humid area in the moisture film (water is sprayed by the nozzle on water distributor a15 and forms moisture film on heat exchanger tube) outside with heat exchanger tube in the first set of heat exchange tubes 24, air themperature is lowered again, afterwards under the effect of blower fan a27, drain through secondary exhausting mouth a16；
Another part air is as primary air, enter in many heat exchanger tubes in the first set of heat exchange tubes 24, utilize the low-temperature secondary air outside heat exchanger tube that it is lowered the temperature, primary air after cooling enters in direct evaporating-cooling unit, at filler 25, the moisture film (water of the nozzle ejection on water distributor b17 falls to being formed moisture film on filler 25 surface) with formation on filler 25 carries out hot and humid area, complete further to cool down, finally discharge through exhaust outlet 18 under the effect of blower fan b28.
It is divided into two parts through the air of the second surface cooler 21 pre-cooling:
Portion of air is as auxiliary air, the second set of heat exchange tubes 26 is flow through under the effect of blower fan c29, there is hot and humid area in the moisture film (water is sprayed by the nozzle on water distributor c20 and forms moisture film on heat exchanger tube) outside with heat exchanger tube in the second set of heat exchange tubes 26, air themperature is lowered again, afterwards under the effect of blower fan c29, drain through secondary exhausting mouth b19；
Another part air is as primary air, enter in many heat exchanger tubes in the second set of heat exchange tubes 26, utilize the low-temperature secondary air outside heat exchanger tube that it is lowered the temperature, primary air after cooling enters in direct evaporating-cooling unit, at filler 25, the moisture film (water of the nozzle ejection on water distributor c20 falls to being formed moisture film on filler 25 surface) with formation on filler 25 carries out hot and humid area, complete further to cool down, finally discharge through exhaust outlet 18 under the effect of blower fan b28.
(3) in data center, air operational process is specific as follows:
The hot blast blowing unit 6 that hot-air in rack hot-air channel 5 is arranged on raised flooring 1 enters raised flooring 1 time, by chiller, hot-air is cooled down, the cold wind formed after cooling is sent in the corresponding cold passage of closing 4, for the server 11 in rack 10 is lowered the temperature, hot-air is become after the heat of cold wind absorption server 11, hot-air has been discharged in rack hot-air channel 5, the most constantly circulation.
Rack circulating cooling system in this utility model data center, in achieving data center while saving energy consumption, the efficient cooling of rack, effectively have adjusted the temperature in data center.
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521126284.5U CN205448105U (en) | 2015-12-29 | 2015-12-29 | Circulative cooling system for rack in data center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521126284.5U CN205448105U (en) | 2015-12-29 | 2015-12-29 | Circulative cooling system for rack in data center |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205448105U true CN205448105U (en) | 2016-08-10 |
Family
ID=56598467
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521126284.5U Expired - Fee Related CN205448105U (en) | 2015-12-29 | 2015-12-29 | Circulative cooling system for rack in data center |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205448105U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111964157A (en) * | 2020-07-30 | 2020-11-20 | 广州豪特节能环保科技股份有限公司 | Low-energy-consumption cabinet-level precise air conditioner |
| CN114557149A (en) * | 2020-08-04 | 2022-05-27 | 辉达公司 | Redundant isolation of data center cooling system rack manifolds |
| CN116321916A (en) * | 2021-12-21 | 2023-06-23 | 华为数字能源技术有限公司 | Cooling Systems, Cabinets and Data Centers |
-
2015
- 2015-12-29 CN CN201521126284.5U patent/CN205448105U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111964157A (en) * | 2020-07-30 | 2020-11-20 | 广州豪特节能环保科技股份有限公司 | Low-energy-consumption cabinet-level precise air conditioner |
| CN114557149A (en) * | 2020-08-04 | 2022-05-27 | 辉达公司 | Redundant isolation of data center cooling system rack manifolds |
| CN116321916A (en) * | 2021-12-21 | 2023-06-23 | 华为数字能源技术有限公司 | Cooling Systems, Cabinets and Data Centers |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| 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 | |
| CN204963063U (en) | Type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center | |
| CN205071578U (en) | Compound cooling system of data disconnect -type heat pipe for computer lab - evaporative condenser | |
| CN205065912U (en) | Heat pipe - heat recovery type evaporative cooling air -conditioning system suitable for data center | |
| CN105299807B (en) | Data center indirect evaporating-cooling tower and the united cold supply system of mechanical refrigeration | |
| CN106765755A (en) | Photovoltaic dew point indirect evaporative cooling air conditioning system for data centers | |
| CN104197447A (en) | Machine room big and small environment air conditioning system combining rotary dehumidification and evaporative cooling | |
| CN105263294B (en) | The cooling system of data center module separate heat pipe composite evaporation formula condenser | |
| CN205402997U (en) | Use plate -fin indirect evaporative cooler's evaporative cooling air -conditioning unit | |
| CN205448105U (en) | Circulative cooling system for rack in data center | |
| CN104697087A (en) | Civil engineering structure and evaporative cooling combined closed evaporative cooling cold water system | |
| CN105546692B (en) | Data center's cabinet cooling cooling cold supply system of evaporation | |
| CN107044695A (en) | Staggered form dew point evaporation cooling high-temperature handpiece Water Chilling Units | |
| CN203964233U (en) | A kind of recovery type evaporative cooling air conditioning unit | |
| CN101592385B (en) | Absolute reverse flow plate-fin dew point indirect evaporation cooling and direct evaporation cooling combined air conditioner | |
| CN203757933U (en) | Hot and cold partition and evaporative cooling and precision air conditioning linkage type unit machine room air conditioning | |
| CN105276732A (en) | Evaporative cooling type total heat recovery unit | |
| CN110762909A (en) | Evaporative condenser precooled by indirect evaporative cooling based on dew point | |
| CN205261810U (en) | Compound for data center air conditioning system of indirect evaporation cooling tower - mechanical refrigeration | |
| CN104879868A (en) | Heat recovery type dew point evaporation cooling enclosed water chiller unit based on corrugated tube heat exchange | |
| CN205402926U (en) | Cooling is with evaporation cooling layering air conditioning system in tall building thing | |
| CN204593678U (en) | Based on the enclosed evaporative cooling handpiece Water Chilling Units of civil engineering structure | |
| CN107466184A (en) | The air-conditioning system that data center is combined with evaporation cooling with the air-supply of station environment | |
| CN207990846U (en) | The Evaporative Cooling Air-conditioning System being combined with building structure applied to data center |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20161229 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |