CN110418547A - Data center - Google Patents
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- CN110418547A CN110418547A CN201910142634.3A CN201910142634A CN110418547A CN 110418547 A CN110418547 A CN 110418547A CN 201910142634 A CN201910142634 A CN 201910142634A CN 110418547 A CN110418547 A CN 110418547A
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- cabinets
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- cabinet
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/20709—Modifications to facilitate cooling, ventilating, or heating for server racks or cabinets; for data centers, e.g. 19-inch computer racks
- H05K7/208—Liquid cooling with phase change
- H05K7/20827—Liquid cooling with phase change within rooms for removing heat from cabinets, e.g. air conditioning devices
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- Engineering & Computer Science (AREA)
- Computer Hardware Design (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Cooling Or The Like Of Electrical Apparatus (AREA)
Abstract
The disclosure is directed to a kind of data centers, belong to field of computer technology.Data center includes container 1, stack of cabinets 2 and air-conditioning mould group 3, in which: container 1 is internally provided with vertical clapboard, and container 1 is divided into battery limits and cooling zone by vertical clapboard, and the setting of air-conditioning mould group 3 is arranged in cooling zone, stack of cabinets 2 in battery limits；The passage of heat is formed between the first side wall and stack of cabinets 2 of container 1, forms cold passage between the second sidewall and stack of cabinets 2 of container 1；The first end of the passage of heat is communicated with the air-conditioning air inlet of air-conditioning mould group 3, and the first end of cold passage is communicated with the air conditioner air outlet of air-conditioning mould group 3；Stack of cabinets 2 includes IT stack of cabinets 21 and miscellaneous function stack of cabinets 22, at least provided with the cabinet in a miscellaneous function stack of cabinets 22 between the IT cabinet and vertical clapboard in IT stack of cabinets 21.Using the disclosure, convenience poor technical problem when cabinet power upgrading in the related technology can be effectively solved.
Description
Technical field
This disclosure relates to field of computer technology, and in particular to a kind of data center.
Background technique
With the development of information technology, for the demand rapid growth of data center, container-type data center is as one
Kind low cost, high integration, high-effect and maneuverability data center are gradually used by all big enterprises.In container type data
Interior portion is usually provided with multiple cabinets, and a large amount of servers are placed in these cabinets, since server can issue at work
Heat, therefore the heat dissipation of data center becomes quite important.
Radiating mode in the related technology is the cooling equipment such as air-conditioning between setting column between each cabinet, meets machine with this
The radiating requirements of cabinet.
In implementing the present disclosure, inventor find the relevant technologies the prior art has at least the following problems:
Air-conditioning and cabinet are Aided design between column, in this case, if it is desired to the power of cabinet is upgraded, by
Change in the radiating requirements of cabinet, air-conditioning must also be replaced accordingly between column, so that the cabinet of container-type data center
Convenience when carrying out power upgrading is poor.
Summary of the invention
In order to solve technical problem present in the relevant technologies, the embodiment of the present disclosure provides a kind of data center, described
The technical solution of data center is as follows:
Present disclose provides a kind of data center, the data center includes container 1, stack of cabinets 2 and air-conditioning mould group 3,
Wherein:
Container 1 is internally provided with vertical clapboard, and container 1 is divided into battery limits and cooling zone by the vertical clapboard,
The setting of air-conditioning mould group 3 is arranged in the cooling zone, stack of cabinets 2 in the battery limits；
Form the passage of heat between the first side wall and stack of cabinets 2 of container 1, the second sidewall and stack of cabinets 2 of container 1 it
Between form cold passage；
The first end of the passage of heat is communicated with the air-conditioning air inlet of air-conditioning mould group 3, the first end and sky of the cold passage
The air conditioner air outlet of mode transfer group 3 communicates；
Stack of cabinets 2 includes IT stack of cabinets 21 and miscellaneous function stack of cabinets 22, the IT cabinet 211 in IT stack of cabinets 21 with it is described
At least provided with the cabinet in a miscellaneous function stack of cabinets 22 between vertical clapboard.
Optionally, air-conditioning mould group 3 includes heat exchanger, air humidifier and evaporator, the first end of the passage of heat and institute
The first end for stating the first heat-exchanging loop of heat exchanger communicates, the second end of first heat-exchanging loop and the first of the cold passage
End communicates；
The evaporator and the air humidifier are arranged in the second heat-exchanging loop of the heat exchanger；
Second heat-exchanging loop includes air inlet and air outlet, the air inlet and the gas outlet with extraneous phase
It is logical.
Optionally, the heat exchanger is shell-and-tube heat exchanger, and first heat-exchanging loop is tube side, and described second exchanges heat back
Road is shell side.
Optionally, the first end of first heat-exchanging loop is provided with the first blower, is provided with second on the gas outlet
Blower.
Optionally, miscellaneous function stack of cabinets 22 includes power distribution cabinet 221.
Optionally, miscellaneous function stack of cabinets 22 further includes uninterrupted power supply cabinet 222 and battery cupboard 223.
Optionally, miscellaneous function stack of cabinets 22 further includes fire fighting monitoring integrated cabinet 224；
Fire fighting monitoring integrated cabinet 224 is provided between IT cabinet 211 and the vertical clapboard.
Optionally, door is provided on the third side wall of container 1, the third side wall is located at the battery limits；
Monitor screen is provided on the door；
The monitor screen, for showing that fire fighting monitoring integrated cabinet 224 monitors obtained data.
Optionally, separated door is provided between the second end of the passage of heat and the second end of the cold passage.
Optionally, the roof of container 1 is provided with strong and weak electricity chute and optical fiber gantry.
Optionally, the 4th side wall of container 1 has reticular structure；
The part that the first side wall and the second sidewall are located at the cooling zone has reticular structure.
Optionally, headlamp is provided on 1 inner wall of container.
The technical scheme provided by this disclosed embodiment is include at least the following beneficial effects:
In heat dissipation, the cold air in cold passage passes through stack of cabinets 2 and reaches heat for the data center that the embodiment of the present disclosure provides
Channel, in this course, the equipment generated heat in cold air cooling machine cabinet group 2, and become hot empty after the equipment heating generated heat
Gas, into the passage of heat.Then, the hot-air in the passage of heat enters the air-conditioning air inlet of air-conditioning mould group 3, and cold by air-conditioning mould group 3
But, become cold air, the air conditioner air outlet then through air-conditioning mould group 3 re-enters into cold passage, then, continues above-mentioned circulation.
The embodiment of the present disclosure provide data center, do not include column between air-conditioning, the total heating power for meeting stack of cabinets 2 not
Under conditions of cooling power more than air-conditioning mould group 3, it is convenient to power upgrading is carried out to cabinet, thus, the embodiment of the present disclosure
Convenience of the data center of offer when carrying out power upgrading to cabinet is preferable.
It should be understood that above general description and following detailed description be only it is exemplary and explanatory, not
The disclosure can be limited.
Detailed description of the invention
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the disclosure
Example, and together with specification for explaining the principles of this disclosure.In the accompanying drawings:
Fig. 1 is the schematic diagram according to a kind of data center shown in the embodiment of the present disclosure；
Fig. 2 is the schematic diagram according to a kind of air-conditioning mould group 3 shown in the embodiment of the present disclosure.
Marginal data
1, container, 2, stack of cabinets, 3, air-conditioning mould group, 4, separated door, 5, door, 21, IT stack of cabinets, 22, miscellaneous function machine
Cabinet group, 211, IT cabinet, 221, power distribution cabinet, 222, uninterrupted power supply cabinet, 223, battery cupboard, 224, fire fighting monitoring integrated cabinet,
301, heat exchanger, 302, air humidifier, 303, evaporator, the 304, first blower, the 305, second blower.
Through the above attached drawings, it has been shown that the specific embodiment of the disclosure will be hereinafter described in more detail.These attached drawings
It is not intended to limit the scope of this disclosure concept by any means with verbal description, but is by referring to specific embodiments
Those skilled in the art illustrate the concept of the disclosure.
Specific embodiment
To keep the purposes, technical schemes and advantages of the disclosure clearer, below in conjunction with attached drawing to disclosure embodiment party
Formula is described in further detail.
The embodiment of the present disclosure provides a kind of data center, and data center includes container 1, stack of cabinets 2 and air-conditioning mould group
3, wherein container 1 is internally provided with vertical clapboard, and container 1 is divided into battery limits and cooling zone, air-conditioning mould by vertical clapboard
In cooling zone, stack of cabinets 2 is arranged in the battery limits 3 setting of group.Heat is formed between the first side wall and stack of cabinets 2 of container 1
Channel forms cold passage between the second sidewall and stack of cabinets 2 of container 1.The first end of the passage of heat and the air-conditioning of air-conditioning mould group 3
Air inlet communicates, and the first end of cold passage is communicated with the air conditioner air outlet of air-conditioning mould group 3.Stack of cabinets 2 includes 21 He of IT stack of cabinets
Miscellaneous function stack of cabinets 22, at least provided with a miscellaneous function between the IT cabinet 211 and vertical clapboard in IT stack of cabinets 21
Cabinet in stack of cabinets 22.
Wherein, container 1 can be 40 ruler standard box bodies of international standard, be also possible to 20 ruler standard box bodies of international standard.
The degree of protection of container 1 is IP55, is adapted to Outdoor Scene.Include multiple IT cabinets 211 in IT stack of cabinets 21, assists function
Energy stack of cabinets 22 includes that power distribution cabinet and battery cupboard etc. are that IT cabinet 211 provides the energy or plays the cabinet of miscellaneous function.
In an implementation, in heat dissipation, the cold air in cold passage passes through cabinet for the data center that the embodiment of the present disclosure provides
Group 2 reaches the passage of heat, in this course, the equipment generated heat in cold air cooling machine cabinet group 2, and after the equipment heating generated heat
Become hot-air, into the passage of heat.Then, the hot-air in the passage of heat enters the air-conditioning air inlet of air-conditioning mould group 3, and by air-conditioning
Mould group 3 is cooling, becomes cold air, and the air conditioner air outlet then through air-conditioning mould group 3 re-enters into cold passage, then, continue on
State circulation.
The embodiment of the present disclosure provide data center, do not include column between air-conditioning, the total heating power for meeting stack of cabinets 2 not
Under conditions of cooling power more than air-conditioning mould group 3, it is convenient to power upgrading is carried out to cabinet, thus, the embodiment of the present disclosure
Convenience of the data center of offer when carrying out power upgrading to cabinet is preferable.
Due to the cold air come out from air conditioner air outlet, always along the arragement direction of stack of cabinets 2 with certain speed, into
Enter to cold passage, so inevitably resulting in (namely adjacent with the air outlet of refrigeration module 3 across the cabinet adjacent with vertical partition plate
Cabinet) cold air it is less, thus, so that the cooling effect of the cabinet adjacent with vertical partition plate is poor.
Since the heating power of IT cabinet 211 is big, and significance level is higher, so in order to enable IT cabinet 211 obtains
Enough coolings, it should which the machine in a miscellaneous function stack of cabinets 22 is at least set between IT stack of cabinets 21 and vertical clapboard
Cabinet, optionally, the cabinet can be fire fighting monitoring integrated cabinet.To so that heating power is big, and the IT cabinet that significance level is high
211 reach preferable cooling effect.
Optionally, the specific structure of air-conditioning mould group 3 can be such that air-conditioning mould group 3 includes heat exchanger, air humidifier and steaming
Send out device, the first end of the first heat-exchanging loop of the first end and heat exchanger of the passage of heat communicates, the second end of the first heat-exchanging loop with
The first end of cold passage communicates.Evaporator and air humidifier are arranged in the second heat-exchanging loop of heat exchanger.Second exchanges heat back
Road includes air inlet and air outlet, and air inlet and air outlet communicate with the outside world.
Wherein, air humidifier can be spray thrower, be also possible to wet film, be by the case where spray thrower of air humidifier
Example.
In an implementation, heat exchanger is shell-and-tube heat exchanger, and the first heat-exchanging loop is tube side, and the second heat-exchanging loop is shell side.
The first end of first heat-exchanging loop is provided with the first blower (i.e. tube side first end is provided with blower), is provided with second on gas outlet
Blower.Optionally, the second end (i.e. tube side second end) in the first heat-exchanging loop, the second blower also can be set in the first blower
The air inlet in the second heat-exchanging loop can be set.
The blower of the first end setting of tube side, for guiding the hot-air of the passage of heat to enter tube side.On the gas outlet of shell side
The blower of setting, for guiding extraneous air to enter shell side.Spray thrower (i.e. air humidifier) makes shell side for spraying cold water
In air temperature reduce.Evaporator is coil form, and there are refrigerants in evaporator, when air-conditioner set is opened, evaporator
Temperature reduces, so as to so that the temperature of the air in shell side reduces.
In heat dissipation, the cold air in cold passage passes through stack of cabinets 2 and reaches heat for the data center that the embodiment of the present disclosure provides
Channel, in this course, the equipment generated heat in cold air cooling machine cabinet group 2, and become hot empty after the equipment heating generated heat
Gas, into the passage of heat.The blower of the first end setting of tube side of the hot-air through heat exchanger in the passage of heat leads into tube side, together
When extraneous shell side of the air through heat exchanger the blower of gas outlet setting lead into shell side.In heat exchanger, in shell side
Cryogenic air and tube side in hot-air carry out indirect heat exchange, thus, make the hot-air in tube side be cooled to cold air entrance
Into cold passage, then, continue above-mentioned circulation.
The embodiment of the present disclosure provide data center, do not include column between air-conditioning, the total heating power for meeting stack of cabinets 2 not
Under conditions of cooling power more than air-conditioning mould group 3, it is convenient to power upgrading is carried out to cabinet, thus, the embodiment of the present disclosure
Convenience of the data center of offer when carrying out power upgrading to cabinet is preferable.For example, limit the general power of stack of cabinets 2 as
80kW, then staff can according to need in the case where not changing air-conditioning mould group 3, eight 10kW of flexible selection deployment
Cabinet or ten 8kW cabinets or four 20kW cabinets.Moreover, because air-conditioning mould group 3 is independent compared between stack of cabinets 2, institute
Easily individually upgrading can also be carried out to air-conditioning mould group 3, so that data center can support higher power
Stack of cabinets 2 improves data-center applications in the energy of different scenes so that the elastic dilatation design of data center is very convenient
Power.
Also, the refrigeration mode of air-conditioning mould group 3 can be selected according to outside air temperature.There are three types of systems for air-conditioning mould group 3
Cold mode, respectively dry cooling condition operational mode, wet cooling condition operational mode and wet cooling condition add mechanical refrigeration operational mode.
Under dry cooling condition operational mode, the blower using the gas outlet setting of the shell side of heat exchanger draws extraneous cold air
It leads and enters in shell side, the hot-air in cold air and container 1 in heat exchanger in shell side carries out indirect heat exchange, to realize
Cooling to hot-air in container 1.
Under wet cooling condition operational mode, extraneous air is guided using the blower of the gas outlet setting of the shell side of heat exchanger
Into in shell side, while spray thrower is opened, spray thrower spray cold water reduces the temperature into the air of shell side, is then changing
The hot-air in air and container 1 in hot device in shell side carries out indirect heat exchange, to realize to hot-air in container 1
Cooling.
It, will be extraneous using the blower of the gas outlet setting of the shell side of heat exchanger under wet cooling condition plus mechanical refrigeration operational mode
Air lead into shell side, while opening spray thrower and air-conditioner set, spray thrower spray cold water makes the air in shell side
Temperature reduces, and due to the refrigerant in evaporator there are low temperature, the evaporator in shell side can also reduce the temperature of gas in shell side
Degree is realized so that the cold air in shell side carries out indirect heat exchange with hot-air in container 1 to hot-air in container 1
Cooling.
Three kinds of refrigerating modes based on air-conditioning mould group 3 can not start spray thrower and air conditioner when ambient temperature is lower
Group avoids additional energy waste only with the hot-air in the cooling container 1 of natural wind.It, can be with when ambient temperature is higher
Starting spray thrower, thus, under conditions of meeting data center's radiating requirements, avoid the waste of the energy.When ambient temperature very
Gao Shi can start spray thrower and air-conditioner set simultaneously, to meet the radiating requirements of data center.Three kinds of refrigerating modes it is specific
Switching condition can be as shown in table 1.
Table 1
Optionally, miscellaneous function stack of cabinets 22 may include a plurality of types of cabinets, and specific cabinet type can following institute
State: miscellaneous function stack of cabinets 22 includes power distribution cabinet 221, and miscellaneous function stack of cabinets 22 further includes uninterrupted power supply cabinet 222 and battery
Cabinet 223, miscellaneous function stack of cabinets 22 further include fire fighting monitoring integrated cabinet 224.
Wherein, fire fighting monitoring integrated cabinet 224 is provided between IT cabinet 211 and vertical clapboard, uninterrupted power supply cabinet 222 wraps
Include high voltage direct current cabinet and UPS (Uninterruptible Power System, uninterruptible power supply) cabinet.
By taking uninterrupted power supply cabinet 222 is high voltage direct current cabinet as an example, multiple servers, IT can be set in IT cabinet 211
The quantity of cabinet 211 can adjust according to actual needs.Multiple rectification modules can be set in high voltage direct current cabinet 222, rectified
Module is used to carrying out alternating current into rectification to become direct current.Multiple batteries can be set in battery cupboard 223, battery cupboard 223
Quantity can be 2.Fire fighting monitoring integrated cabinet 224 for realizing data center monitoring function and fire-fighting function.
In an implementation, the power source of data center is in alternating current outside two-way 380V.Outer alternating current is delivered to by power transmission line matches
Electric cabinet 221, power distribution cabinet 221 export duplex feeding, all the way directly with the first power module of the server in IT cabinet 211, its
The power module of alternating current is needed to be connected in remaining cabinet with air-conditioning mould group 3, another way carries out direct current by high voltage direct current cabinet 222
After rectification, a part is to the battery charging in battery cupboard 223, the second source mould of another part and 221 server of IT cabinet
It needs the power module of direct current to be connected in block and remaining cabinet, realizes high voltage direct current power supply, thus, realize data center
Alternating current direct-furnish adds high pressure the power supply mode of direct current.
Fire fighting monitoring integrated cabinet 224 passes through the door being arranged on video camera and third side wall on 1 inner wall of container
Prohibit device to realize the monitoring function of data center, by be arranged in the video camera of 1 inner wall of container, smoke alarm and
Gas fire extinguisher realizes the fire-fighting function of data center, so that data center is safer.
Optionally, when the electrical equipment of data center is needed using alternating current, high voltage direct current cabinet can be replaced with UPS cabinet
(i.e. uninterrupted power supply cabinet 222 is UPS cabinet at this time), to meet the needs of data center is using alternating current.
UPS cabinet can provide stable and continual power supply for the electrical equipment of data center.When outer alternating current inputs
When normal, UPS cabinet will re-supply after outer alternating current pressure stabilizing and give other electrical equipments, while also utilize the electricity that outer alternating current is in UPS cabinet
Pond charging；When outer commercial power interruption, the direct current in battery can be become alternating current and continue as the confession of other electrical equipments by UPS cabinet
Electricity.
Optionally, monitoring data center for convenience is provided with door, third side wall position on the third side wall of container 1
In battery limits.Monitor screen is provided on door.Monitor screen, for showing that fire fighting monitoring integrated cabinet 224 monitors obtained data.
Wherein, the door being arranged on third side wall can be clamshell doors.The door can be automatically-controlled door, be also possible to manually operated door.
In an implementation, when fire fighting monitoring integrated cabinet 224 is arranged between IT cabinet 211 and vertical clapboard, since door is set
It sets on being located at battery limits third side wall, so that staff watches fire fighting monitoring integrated cabinet 224 and monitors obtained data very
Therefore inconvenience can be provided with monitor screen on door, the equipment in monitor screen and fire fighting monitoring integrated cabinet 224 is electrically connected,
The case where staff can recognize monitoring center by the monitor screen being arranged on viewing door, so that work people
The monitoring data center that member can be convenient.
Non-working person enters data center in violation of rules and regulations in order to prevent, is provided with entrance guard device on third side wall.Entrance guard device
It can be induction cassette entrance guard device, fingerprint recognition entrance guard device, iris recognition access control system device or face recognition entrance guard device.When
When staff needs to enter progress corresponding operating inside data center, after entrance guard device is permitted, it is allowed for access to data
Central interior, thus, the safety of data center is improved, prevents non-working person from arbitrarily entering data center.
Optionally, the passage of heat and cold passage second end communicate in order to prevent, influence the flowing of gas in container, the passage of heat
Second end and cold passage second end between be provided with separated door.
Wherein, separated door can be single open-door.
In an implementation, the second end of the passage of heat is arranged in separated door.The presence of separated door can prevent the passage of heat and cold logical
The air in road flows entanglement in flow process.When staff needs to enter the passage of heat, separated door can be opened, into heat
Channel carries out corresponding operating.
Optionally, for the ease of the cabling of electric wire and optical fiber, the roof of container 1 is provided with strong and weak electricity chute and optical fiber
Gantry.
In an implementation, strong and weak electricity chute can be convenient the arrangement and cabling of forceful electric power electric wire and weakness electric wire, optical fiber gantry
It can be convenient the arrangement of optical fiber and walk fibre, so that the electric wire and optical fiber wiring inside container 1 are clean and tidy, it will not be very miscellaneous
Disorderly, safety when staff's work is improved.
Optionally, it is communicated with the outside world for the ease of the shell side of heat exchanger, the 4th side wall of container 1 has reticular structure.
The part that the first side wall and second sidewall are located at cooling zone has reticular structure.
In an implementation, it is based on above-mentioned reticular structure, extraneous air can easily enter in the shell side of heat exchanger,
To guarantee the cooling effect of air-conditioning mould group 3.
Optionally, convenient for the ease of staff's night time operation, headlamp is provided on 1 inner wall of container.
Wherein, headlamp can be LED illumination lamp.
In an implementation, when staff needs when entering inside data center at night, headlamp can provide illumination
Light, so that more convenient and safe when staff's progress operations.The roof in container 1 can be set in headlamp
On, it can also be located on the first side wall and second sidewall of container 1.
In practical applications, the radiation processes of data center are as described below:
In an implementation, refrigerating mode is chosen according to the temperature of outside air first, by taking wet cooling condition operational mode as an example, number
According to center in heat dissipation, the cold air in cold passage passes through stack of cabinets 2 and reaches the passage of heat, and in this course, cold air is cooling
The equipment generated heat in stack of cabinets 2, and become hot-air after the equipment heating generated heat, into the passage of heat.Heat in the passage of heat is empty
The blower of the first end setting of tube side of the gas through heat exchanger leads into tube side, while extraneous shell side of the air through heat exchanger
The blower of gas outlet setting is led into shell side, and the cold water that spray thrower sprays makes into the Air Temperature in the shell side of heat exchanger
Degree reduces, and then, in heat exchanger, the hot-air in the Cryogenic air and tube side in shell side carries out indirect heat exchange, thus, make pipe
Hot-air in journey is cooled to cold air and enters in cold passage, then, continues above-mentioned circulation.
The embodiment of the present disclosure provide data center, do not include column between air-conditioning, the total heating power for meeting stack of cabinets 2 not
Under conditions of cooling power more than air-conditioning mould group 3, it is convenient to power upgrading is carried out to cabinet, thus, the embodiment of the present disclosure
Convenience of the data center of offer when carrying out power upgrading to cabinet is preferable.Also, due to air-conditioning mould group 3 and stack of cabinets 2
Between it is relatively independent, so upgrading individually easily can also be carried out to air-conditioning mould group 3, so that data center can be with
Support higher power stack of cabinets 2 so that data center elastic dilatation design it is very convenient, improve data-center applications in
The ability of different scenes.The selection of three kinds of refrigerating modes also avoids the waste of the energy to a certain extent.
The foregoing is merely the preferred embodiments of the disclosure, not to limit the disclosure, all spirit in the disclosure and
Within principle, any modification, equivalent replacement, improvement and so on be should be included within the protection scope of the disclosure.
Claims (10)
1. a kind of data center, which is characterized in that the data center includes container 1, stack of cabinets 2 and air-conditioning mould group 3,
In:
Container 1 is internally provided with vertical clapboard, and container 1 is divided into battery limits and cooling zone, air-conditioning by the vertical clapboard
The setting of mould group 3 is arranged in the cooling zone, stack of cabinets 2 in the battery limits；
The passage of heat, shape between the second sidewall and stack of cabinets 2 of container 1 are formed between the first side wall and stack of cabinets 2 of container 1
At cold passage；
The first end of the passage of heat is communicated with the air-conditioning air inlet of air-conditioning mould group 3, the first end and air-conditioning mould of the cold passage
The air conditioner air outlet of group 3 communicates；
Stack of cabinets 2 includes IT stack of cabinets 21 and miscellaneous function stack of cabinets 22, IT cabinet 211 in IT stack of cabinets 21 and described vertical
At least provided with the cabinet in a miscellaneous function stack of cabinets 22 between partition.
2. data center according to claim 1, which is characterized in that air-conditioning mould group 3 include heat exchanger, air humidifier and
Evaporator, the first end of the passage of heat are communicated with the first end of the first heat-exchanging loop of the heat exchanger, first heat exchange
The second end in circuit is communicated with the first end of the cold passage；
The evaporator and the air humidifier are arranged in the second heat-exchanging loop of the heat exchanger；
Second heat-exchanging loop includes air inlet and air outlet, and the air inlet and the gas outlet communicate with the outside world.
3. data center according to claim 2, which is characterized in that the heat exchanger is shell-and-tube heat exchanger, described the
One heat-exchanging loop is tube side, and second heat-exchanging loop is shell side.
4. data center according to claim 2, which is characterized in that the first end of first heat-exchanging loop is provided with
One blower is provided with the second blower on the gas outlet.
5. data center according to claim 1, which is characterized in that miscellaneous function stack of cabinets 22 includes power distribution cabinet 221.
6. data center according to claim 5, which is characterized in that miscellaneous function stack of cabinets 22 further includes uninterrupted power supply
Cabinet 222 and battery cupboard 223.
7. data center according to claim 5, which is characterized in that miscellaneous function stack of cabinets 22 further includes fire fighting monitoring one
Body cabinet 224；
Fire fighting monitoring integrated cabinet 224 is provided between IT cabinet 211 and the vertical clapboard.
8. data center according to claim 7, which is characterized in that it is provided with door on the third side wall of container 1, it is described
Third side wall is located at the battery limits；
Monitor screen is provided on the door；
The monitor screen, for showing that fire fighting monitoring integrated cabinet 224 monitors obtained data.
9. data center according to claim 1, which is characterized in that the second end of the passage of heat and the cold passage
Separated door is provided between second end.
10. data center according to claim 1, which is characterized in that the roof of container 1 is provided with strong and weak electricity chute
With optical fiber gantry.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112672611A (en) * | 2020-12-25 | 2021-04-16 | 佛山市液冷时代科技有限公司 | Server cabinet liquid cooling system combined with shell-and-tube heat exchanger and control method |
| CN113551550A (en) * | 2021-08-23 | 2021-10-26 | 北京百度网讯科技有限公司 | Refrigeration method and refrigeration system |
| CN113551551A (en) * | 2021-08-23 | 2021-10-26 | 北京百度网讯科技有限公司 | Refrigeration method and refrigeration system |
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| CN113551551A (en) * | 2021-08-23 | 2021-10-26 | 北京百度网讯科技有限公司 | Refrigeration method and refrigeration system |
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