CN204272576U - Control device of liquid cooling and there is the server of this device - Google Patents

Control device of liquid cooling and there is the server of this device Download PDF

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Publication number
CN204272576U
CN204272576U CN201420788471.9U CN201420788471U CN204272576U CN 204272576 U CN204272576 U CN 204272576U CN 201420788471 U CN201420788471 U CN 201420788471U CN 204272576 U CN204272576 U CN 204272576U
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China
Prior art keywords
cooling
liquid
heat
box
control
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CN201420788471.9U
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Chinese (zh)
Inventor
刘衡竹
彭顷砡
魏月兴
谭林
吴立珍
刘革
杜文广
高雪梅
裴向东
赵晓霞
周文桂
唐国粟
苏安鑫
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吕梁市军民融合协同创新研究院
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Priority to CN201420788471.9U priority Critical patent/CN204272576U/en
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Abstract

The utility model discloses a kind of Control device of liquid cooling and have the server of this device, this Control device of liquid cooling comprises the cooling box storing liquid cooled medium; Place operational heat part to be cooled in cooling box, operational heat part is immersed in liquid cooled medium; Liquid cooled medium be insulation fluoridize liquid; Operational heat part is the board carrying electronic working element; The heat that operational heat part produces is passed to cooling box through liquid cooled medium and conducts to outside air through cooling box.Preferably, the liquid cooled medium after heat absorption also can carry out liquid phase conversion heat radiation through cooling line.The utility model changes by wall body heat radiation and gas-liquid phase transition the cooling technology that heat radiation two kinds of modes combine, solve a difficult problem for the high efficiency and heat radiation of server core unit, be particularly useful for the heat dissipation environment of the board of high-density arrangement, and cost is low, the expansion being convenient to system uses.

Description

Control device of liquid cooling and there is the server of this device
Technical field
The utility model relates to cooling control field, especially, relates to a kind of Control device of liquid cooling.In addition, the utility model also relates to a kind of server comprising aforesaid liquid cooling device.
Background technology
Time computer caloric value is not also very large in early days, passive heat radiation technology widely uses.Passive heat radiation is mainly through installing the metal fin contacted with heater element additional, and increase cooling surface area and reach heat radiation object, heat is directly transferred in air.Tradition wind-cooling heat dissipating then mainly installs fan additional to accelerate the air flowing of fin surface thus to strengthen radiating effect on passive heat radiation device, and this type of cooling is otherwise known as air cooling.But, because the heat exchange efficiency of air is poor, density of heat flow rate is very low, cause air-cooled server to have and cool the birth defects such as energy consumption is high, noise is large, density of equipment is low, easy dust stratification, become server cooling technology development bottleneck.Particularly along with the development of high-performance computer, server arrangement density is more and more higher, and also further harsh to the requirement of cooling technology, the effect that traditional air cooling technique plays more seems awkward.
In this case, liquid cools technology is just arisen at the historic moment, and progressively becomes the main trend of server cooling technology.Liquid cooling is a kind of peace and quiet and dynamical radiating mode, its principle is: heat sink receives from the heat sent by thermal component to pass to the cooling fluid in heat sink, coolant flow is driven by pump, transfer of heat is dissipated to fin place, operates the object just reaching heat radiation again and again.In recent years, along with development and the popularization of server liquid cooling technology, many famous science-and-technology enterprises have started the research being devoted to liquid cooling technology.
As the Typical Representative of liquid cooling technology, Hewlett-Packard introduces liquid radiating technology in HP Z400 and HP Z800 series of tasks station product, and in view of processor is origin of heat main in system, therefore the principal focal point of its scheme is placed in CPU heat radiation.Fig. 1 is the structural representation of liquid cooling system in Z800 work station, with reference to Fig. 1, this heat abstractor mainly comprises: heating panel 1, liquor pump 2, transfer pipeline 3, radiator 4, radiator fan 5, wherein, heating panel 1 and CPU 6 are oppositely arranged, liquid is passed to through heating panel 1 with the heat generated by CPU 6, liquid is transferred in transfer pipeline 3 under the effect of liquor pump, then be transported in radiator 4 by transfer pipeline 3, heat is dispersed in radiator 4, reach in surrounding air, and hot-air blows away to derive outside cabinet by radiator fan 5, in order to avoid hot-air forms circulation again, and be back to heating panel 1 through transfer pipeline 3 again through cooled liquid and sentence that to carry out heat mutual, realize the object of cooling.Because this work station adopts double-core, therefore this liquid cooling system also needs configuration two to overlap heat abstractor, and this liquid cooling technology is dispelled the heat for the local of individual devices in the servers such as CPU, GPU, very micro-on the impact of server whole system ambient temperature, the too high problem of the server bulk temperature particularly caused high density is still difficult to solve, from manufacture and layout, in each needs, the components and parts of cooling all need to be equipped with this cooling device, namely every block mainboard needs to install this device of a few cover additional, cause system very complicated, be unsuitable for expansion, and cost of idleness.
Utility model content
The utility model provides a kind of Control device of liquid cooling and has the server of this device, to solve the technical problem that existing Control device of liquid cooling cannot meet the radiating requirements that board high-density arrangement is brought.
The technical solution adopted in the utility model is as follows:
According to an aspect of the present utility model, a kind of Control device of liquid cooling is provided, comprises the cooling box storing liquid cooled medium;
Place operational heat part to be cooled in cooling box, operational heat part is immersed in liquid cooled medium; Liquid cooled medium be insulation fluoridize liquid; Operational heat part is the board carrying electronic working element;
The heat that operational heat part produces is passed to cooling box through liquid cooled medium and conducts to outside air through cooling box.
Further, cooling box comprises box-like body and case lid, and box-like body and case lid are tightly connected, and the inwall of box-like body is provided with the limiting section for steady job heat generating member.
Further, the headspace carrying out liquid phase conversion for liquid cooling media is provided with in box-like body, headspace place is provided with cooling line, heat exchanger is provided with outside cooling box, the outlet of cooling line is communicated with the entrance of heat exchanger, the entrance of cooling line and the outlet of heat exchanger, liquid cools medium carries out gas-liquid phase transition conversion with heat radiation by described cooling line.
Further, heat exchanger is refrigeration machine, is provided with the cold-producing medium being convenient to exchange heat in cooling line, and cold-producing medium is freon.
Further, heat exchanger is radiator, is provided with the cooling fluid being convenient to exchange heat in cooling line; Circulating pump is provided with between radiator and cooling line.
Further, cooling line is connected with case lid, or
Cooling line is connected with the sidewall in box-like body.
Further, cooling box is provided with the pressure transmitter for pressure change in Real-Time Monitoring cooling box.
Further, cooling box is provided with pressure safety valve, carries out pressure release when reaching predetermined threshold value for the force value in cooling box to cooling box.
Further, Control device of liquid cooling also comprises the temperature monitor for detecting gas temperature in cooling box and the controller for controlling heat exchanger On/Off;
Controller controls the work of heat exchanger according to the temperature signal of temperature monitor.
According to another aspect of the present utility model, also provide a kind of server, comprise above-mentioned Control device of liquid cooling, operational heat part is the motherboard card of server.
The utility model has following beneficial effect:
The utility model Control device of liquid cooling is by storing liquid cooling media in cooling box, and operational heat part to be cooled is immersed in liquid cooled medium, the heat that operational heat part is produced directly is passed to cooling box through liquid cooled medium and is passed to outside air through cooling box, to realize the integral heat sink to the board being integrated with electronic working element, radiating efficiency is high, be particularly useful for the heat dissipation environment of high-density arrangement board, and cost is low, the expansion being convenient to system uses.
The utility model server, by the motherboard card of server is directly immersed in store liquid cools medium cooling box in, can dispel the heat to the multiple thermal components on mainboard, and radiating efficiency is high simultaneously, structure is simple, with low cost, and the expansion being beneficial to system uses.
Except object described above, feature and advantage, the utility model also has other object, feature and advantage.Below with reference to figure, the utility model is described in further detail.
Accompanying drawing explanation
The accompanying drawing forming a application's part is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of liquid cooling apparatus in prior art;
Fig. 2 is the structural representation of the utility model preferred embodiment Control device of liquid cooling;
Fig. 3 is the radiating principle schematic diagram of the utility model preferred embodiment Control device of liquid cooling.
Description of reference numerals:
10, cooling box; 11, box-like body; 12, case lid; 13, headspace;
20, liquid cooled medium; 30, cooling line; 40, heat exchanger;
50, pressure transmitter; 60, pressure safety valve; 70, controller.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but the multitude of different ways that the utility model can be defined by the claims and cover is implemented.
With reference to Fig. 2, preferred embodiment of the present utility model provides a kind of Control device of liquid cooling, and this Control device of liquid cooling comprises the cooling box 10 storing liquid cooled medium 20; Operational heat part (not shown) to be cooled is placed in cooling box 10, in the present embodiment, operational heat part is the board carrying electronic working element, as the mainboard of computer, or the chip of control circuit etc., operational heat part is immersed in liquid cooled medium 20; The present embodiment liquid cooled medium 20 fluoridizes liquid for insulation, liquid cooled medium 20 directly contacts with operational heat part, therefore the heat that operational heat part produces is passed to cooling box 10 through liquid cooled medium 20 and conducts to outside air through cooling box 10, thus realize the object to the cooling of operational heat part entirety.Preferably, in order to improve the heat conductivity of liquid cooled medium 20, fluoridizing liquid can be: CF 3cHCl 2, C 4f 9oCH 3, C 3h 7br, C 3cl 2hF 5, C 2cl 2h 3f, C 2cl 3f 3in any one or a few.The present embodiment fluoridizes liquid as liquid cooled medium by employing insulation, operational heat part is immersed, thus form immersion type liquid cooling device, dispel the heat compared with the high defect of the too high and system complex of the board bulk temperature that causes, cost with traditional liquid cooling apparatus for the local of single components and parts, realize the integral heat sink to the board being integrated with electronic working element, radiating efficiency is high, be particularly useful for the heat dissipation environment of the board of high-density arrangement, and cost is low, the expansion being convenient to system uses.
Alternatively, in the present embodiment, cooling box 10 comprises box-like body 11 and case lid 12, and box-like body 11 and case lid 12 are tightly connected, and the inwall of box-like body 11 is provided with the limiting section for steady job heat generating member.Achieve the integral sealing of Control device of liquid cooling like this, solve the noise of cooling device and the problem of dust pollution from root.In the present embodiment, operational heat part is through being fixed on the sidewall in box-like body 11 by draw-in groove, and operational heat part is apart from diapire one determining deviation of box-like body 11, operational heat part is fully contacted, to ensure that the heat that operational heat part produces is derived in time through liquid cooled medium 20 with liquid cooled medium 20.Preferably, be connected between case lid 12 with box-like body 11 through bolt, case lid 12 is provided with the seal washer for enhanced leaktightness effect with the junction of box-like body 11.More preferably, cooling box 10 adopts the material of good heat conductivity to make, and makes as adopted the metal material such as corrosion resistant plate or aluminium base, to be distributed in time in outside air by heat.In the present embodiment, preferably, the shape of box-like body 11 is rectangular body, in other embodiments, the shape of box-like body 11 can also be cylinder or polyhedron, and concrete shape and size can be determined according to the size etc. of the shape of operational heat part, size and installation region.
With reference to Fig. 2, preferably, in order to improve the radiating effect of the present embodiment Control device of liquid cooling further, the headspace 13 carrying out liquid phase conversion for liquid cooling media 20 is provided with in box-like body 11, headspace 13 place is provided with cooling line 30, be provided with heat exchanger 40 outside cooling box 10, the outlet of cooling line 30 is communicated with the entrance of heat exchanger 40, the entrance of cooling line 30 and the outlet of heat exchanger 40.During work, the heat that operational heat part produces can be directly passed to the liquid cooled medium 20 of surrounding, part heat is dissipated in outside air through cooling box 10, the heat having little time to dissipate can continue accumulation, liquid cooled medium 20 temperature is caused to raise, wait to rise to its boiling point, liquid cooled medium 20 will evaporate, to take away the heat in liquid, reach refrigerant steam, this refrigerant steam is present in airtight headspace 13, cooling line 30 and refrigerant steam carry out exchange heat, heat is directly conducted to cooling line 30, and through cooling line 30, heat exchanger 40 disseminates to outside air, and refrigerant steam liquefies due to heat release, fall after rise again in box-like body 11, thus achieve the liquid phase conversion of liquid cooled medium 20, exchange heat is carried out to circulate with operational heat part.And the present embodiment adopts liquid cooled medium 20 structure that gas-liquid phase transition circulation is separate with the cooling duct of external heat exchanger 40 in airtight cooling box 10, solve system maintainability problem well, and be beneficial to expansion and the layout of operational heat part.
Preferably, in the present embodiment, the height of the liquid cooled medium 20 in cooling box 10 is as the criterion with just in time submergence operational heat part, carries out liquid phase conversion heat radiation with reserved more headspace 13.Preferably, headspace 13 accounts for more than 1/4th of the inside receiving volume of cooling box 10.Preferably, liquid cooled medium 20 for boiling point 35 ~ 75 degrees Celsius fluoridize liquid.
In the present embodiment, alternatively, in order to strengthen cooling line 30 and headspace 13 place refrigerant steam between heat exchange coefficient, the multichannel loop structure that cooling line 30 adopts copper pipe to bend, cooling line 30 can also adopt other high thermal conductivity materials to make and/or other bending structures, with the contact area of the heat transfer efficiency and cooling line 30 and headspace 13 that strengthen cooling line 30.Alternatively, cooling line 30 is connected with case lid 12 through auxiliary stand, or cooling line 30 is connected with the sidewall in box-like body 11 through auxiliary stand.In the present embodiment, cooling box 10 is provided with the gateway of coming in and going out for cooling line 30, the outlet of cooling line 30 is communicated with the entrance of the heat exchanger 40 of cooling box 10 outside with setting, the entrance of cooling line 30 is communicated with the entrance of heat exchanger 40, in cooling line 30, refrigerant is housed, drive refrigerant circulation to flow by heat exchanger 40, with continuous, the heat that refrigerant steam liquefied in cooling box 10 discharges is taken away.
Preferably, heat exchanger 40 is refrigeration machine, and the refrigerant in cooling line 30 selects cold-producing medium, and preferred refrigerant is freon.Like this, just do not need additionally to provide power set to drive, by the work of refrigeration machine, the freon in cooling line 30 carried out gas-liquid conversion repeatedly, constantly by heat spreader to outside air.
In other embodiments, alternatively, heat exchanger 40 is radiator, and the refrigerant in cooling line 30 is for ease of the cooling fluid of exchange heat; Circulating pump is provided with, to ensure that cooling fluid is at cooling line 30 internal circulation flow, to carry out exchange heat between radiator and cooling line 30.
Preferably, conveniently operating personnel are to the monitoring of the pressure change in cooling box 10, and cooling box 10 is provided with the pressure transmitter 50 for pressure change in Real-Time Monitoring cooling box 10.Preferably, the output communication connection local monitoring terminals of pressure transmitter 50 or remote monitoring terminal, so that monitor staff understands the pressure change value in cooling box 10 in time, whether the operation conditions understanding system is normal.Preferably, pressure transmitter 50 is arranged on case lid 12 by the screwed hole on case lid 12.
Preferably, cooling box 10 is provided with pressure safety valve 60, carries out pressure release when reaching predetermined threshold value for the force value in cooling box 10 to cooling box 10.Pressure safety valve 60 arranges to prevent system pressure too high, when the full-load run of operational heat part, continuous generation amount of heat, liquid cooled medium 20 can be caused constantly to evaporate, if cooling line 30 can not in time by refrigerant steam liquefied, pressure in cooling box 10 can be caused to raise, if when this force value reaches the safety value of pressure safety valve 60, pressure safety valve 60 automatically can be opened and carry out pressure release to cooling box 10, ensure system safety operation, under this situation exists only in few limiting case.Preferably, pressure safety valve 60 is arranged on case lid 12 by the screwed hole on case lid 12.
Preferably, Control device of liquid cooling also comprises the temperature monitor for detecting gas temperature in cooling box 10 and the controller 70 for controlling heat exchanger 40 On/Off; Controller 70 controls the work of heat exchanger 40 according to the temperature signal of temperature monitor.When in casing 10 to be cooled, steam temperature reaches the temperature value of controller 70 setting, controller 70 can start heat exchanger 40 automatically, and heat exchanger 40 just can run, and then drives the circulation of refrigerant in cooling line 30, raising radiating rate; When in casing 10 to be cooled, steam temperature is down to below the temperature value of controller 70 setting, controller 70 can cut out heat exchanger 40 automatically, and the refrigerant simultaneously in cooling line 30 can stop circulating, and reduction radiating rate, can save energy consumption with this.
According to another aspect of the present utility model, also provide a kind of server, comprise above-mentioned Control device of liquid cooling, wherein, operational heat part is the motherboard card of server.In work, the motherboard card in cooling box 10 constantly can produce heat along with the operation of server, and with reference to Fig. 3, and Control device of liquid cooling dispels the heat to motherboard card mainly through following two kinds of modes:
1, because the motherboard card of server directly contacts with liquid cooled medium 20, liquid cooled medium 20 also directly contacts with cooling box 10, therefore liquid cooled medium 20 around passing to immediately after motherboard card produces heat, excellent heat conductivility is had owing to fluoridizing liquid, the heat that board can be produced conducts to the cooling box 10 of metal material in time, thus is distributed in extraneous air by heat by the area of dissipation that cooling box 10 is larger.Now, if the motherboard card temperature of server keeps in the reasonable scope, all the other systems of cooling device are all without the need to starting, and namely the circulatory system of cooling line 30 is all in closed condition, and whole system only need reach cooling object by the natural heat dissipation on cooling box 10 surface;
2, the natural heat dissipation mode on above cooling box 10 surface generally can meet system unloaded or load is lower time cooling requirements, when the higher even full load of load, the electronic components such as server CPU can produce very high heat, these heats all can pass to liquid cooled medium 20 around, part heat can be dissipated by above-mentioned first kind of way, and the heat having little time to dissipate can continue accumulation, refrigerant temperature is caused to raise, in time rising to its boiling point (jointly being determined by liquid cooled medium 20 type and cooling box 10 internal pressure), liquid cooled medium 20 can evaporate, and the heat taken away in liquid, reach refrigerant steam, this steam exists and is enclosed within the upper space of coolant media in cooling box.Steam is constantly accumulated, gas temperature also can rise gradually, due to cooling box 10 being equipped with controller 70, this controller 70 can Real-Time Monitoring steam temperature, after the value that it pre-sets to be achieved, the heat exchanger 40 of cooling box 10 outside can be made automatically to start, thus the low temperature refrigerant iterative cycles in cooling line 30 can be made.Because the steam of cooling box 10 middle and upper part directly contacts with cooling line 30, heat can be directly conducted to cooling line 30, and steam liquefies due to heat release, and fall after rise in box-like body 11, and after heat is passed to cooling line 30, due to the circulation of low temperature refrigerant in cooling line 30, constantly heat can be exported the heat exchanger 40 taken out of to outside by cooling box 10, and finally be distributed in air.In cooling box 10, coolant media carries out gas-liquid phase transition circulation so repeatedly, is constantly taken away by heat, and compared with conventional water-cooled, can take away more heats, radiating efficiency is better.
From above description, the present embodiment Control device of liquid cooling and have the server of this device, has the following advantages:
1, the present embodiment adopts the heat radiation of the wall body of cooling box 10 and gas-liquid phase transition to change the cooling technology that heat radiation two kinds of modes combine, solve a high efficiency and heat radiation difficult problem for server core unit, and being applicable to high density server cluster, radiating efficiency is high, saves energy consumption;
2, adopt submerged liquid-cooled technology that is totally-enclosed, fan-free, solve the problem of noise and dust from root;
3, achieve the structure that the refrigerating channel of liquid cooled medium 20 phase transformation circulation and external heat exchanger in airtight cooling box 10 is separate, solve system maintainability problem well, and be beneficial to Function Extension and the flexible topology of server;
4, controlled and relief mode by exclusive self adaptation external heat exchanger system, ensure that the energy-conservation and long-time safe and stable operation of server.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection range of the present utility model.

Claims (10)

1. a Control device of liquid cooling, is characterized in that, comprises the cooling box (10) storing liquid cooled medium (20);
Place operational heat part to be cooled in described cooling box (10), described operational heat part is immersed in described liquid cooled medium (20); Described liquid cooled medium (20) fluoridizes liquid for insulation; Described operational heat part is the board carrying electronic working element;
The heat that described operational heat part produces is passed to described cooling box (10) through described liquid cooled medium (20) and conducts to outside air through described cooling box (10).
2. Control device of liquid cooling according to claim 1, is characterized in that,
Described cooling box (10) comprises box-like body (11) and case lid (12), described box-like body (11) and described case lid (12) are tightly connected, and the inwall of described box-like body (11) is provided with the limiting section for fixing described operational heat part.
3. Control device of liquid cooling according to claim 2, is characterized in that,
The headspace (13) carrying out liquid phase conversion for described liquid cooled medium (20) is provided with in described box-like body (11), described headspace (13) place is provided with cooling line (30), heat exchanger (40) is provided with outside described cooling box (10), the outlet of described cooling line (30) is communicated with the entrance of described heat exchanger (40), the entrance of described cooling line (30) and the outlet of described heat exchanger (40), described liquid cools medium (20) carries out gas-liquid phase transition conversion with heat radiation by described cooling line (30).
4. Control device of liquid cooling according to claim 3, is characterized in that,
Described heat exchanger (40) is refrigeration machine, and described cooling line is provided with the cold-producing medium being convenient to exchange heat in (30), and described cold-producing medium is freon.
5. Control device of liquid cooling according to claim 3, is characterized in that,
Described heat exchanger (40) is radiator, and described cooling line is provided with the cooling fluid being convenient to exchange heat in (30); Circulating pump is provided with between described radiator and described cooling line (30).
6. the Control device of liquid cooling according to claim 4 or 5, is characterized in that,
Described cooling line (30) is connected with described case lid (12), or
Described cooling line (30) is connected with the sidewall in described box-like body (11).
7. Control device of liquid cooling according to claim 6, is characterized in that,
Described cooling box (10) is provided with the pressure transmitter (50) for cooling box described in Real-Time Monitoring (10) interior pressure change.
8. Control device of liquid cooling according to claim 7, is characterized in that,
Described cooling box (10) is provided with pressure safety valve (60), carries out pressure release when reaching predetermined threshold value for the force value in described cooling box (10) to described cooling box (10).
9. Control device of liquid cooling according to claim 6, is characterized in that,
Described Control device of liquid cooling also comprises the temperature monitor for detecting described cooling box (10) interior gas temperature and the controller (70) for controlling described heat exchanger (40) On/Off;
Described controller (70) controls the work of described heat exchanger (40) according to the temperature signal of described temperature monitor.
10. a server, is characterized in that, comprise as arbitrary in claim 1 to 9 as described in Control device of liquid cooling, described operational heat part is the motherboard card of described server.
CN201420788471.9U 2014-12-11 2014-12-11 Control device of liquid cooling and there is the server of this device CN204272576U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104519722A (en) * 2014-12-11 2015-04-15 吕梁市军民融合协同创新研究院 Liquid cooling device and server with same
CN104915321A (en) * 2015-06-04 2015-09-16 浪潮电子信息产业股份有限公司 Immersion type phase-change cooling high-density computing system
CN105468117A (en) * 2015-12-24 2016-04-06 曙光信息产业(北京)有限公司 Liquid cooling system of server
CN105607715A (en) * 2015-12-15 2016-05-25 曙光信息产业(北京)有限公司 Liquid-cooling system of server

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104519722A (en) * 2014-12-11 2015-04-15 吕梁市军民融合协同创新研究院 Liquid cooling device and server with same
CN104519722B (en) * 2014-12-11 2017-08-29 吕梁市军民融合协同创新研究院 Control device of liquid cooling and the server with the device
CN104915321A (en) * 2015-06-04 2015-09-16 浪潮电子信息产业股份有限公司 Immersion type phase-change cooling high-density computing system
CN105607715A (en) * 2015-12-15 2016-05-25 曙光信息产业(北京)有限公司 Liquid-cooling system of server
CN105607715B (en) * 2015-12-15 2019-07-09 曙光节能技术(北京)股份有限公司 A kind of liquid cooling system of server
CN105468117A (en) * 2015-12-24 2016-04-06 曙光信息产业(北京)有限公司 Liquid cooling system of server
CN105468117B (en) * 2015-12-24 2019-05-31 曙光节能技术(北京)股份有限公司 The liquid cooling system of server

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Address after: 033000 Shanxi city of Lvliang province Lishi District, these militia training bases

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Inventor after: Wu Lizhen

Inventor after: Wang Jianyong

Inventor after: Xia Hanqing

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Inventor after: Liu Ge

Inventor after: Su Anxin

Inventor after: Zhao Xiaoxia

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