CN102339087A - Modularized data centre - Google Patents

Abstract

Translated fromChinese

一种模块化数据中心，其包括至少一运算模块及至少一供电模块，每一运算模块包括一可由交通工具运送第一货柜、若干安装所述第一货柜中的运算系统、一安装于所述第一货柜中的冷却系统、一用于监视所述第一货柜的第一监控系统及一用于使这些运算系统连接于互联网的网络连接接口，每一供电模块包括一可由交通工具运送第二货柜及若干安装所述第二货柜中，用于向所述运算模块供电的供电系统。相较现有技术，该模块化数据中心通过模块设计，可以根据需要配置运算模块及供电模块，且不需要准备机房，从而大大节省的建造成本及建造周期。

A modular data center, which includes at least one computing module and at least one power supply module, each computing module includes a first container that can be transported by vehicles, several computing systems installed in the first container, a The cooling system in the first container, a first monitoring system for monitoring the first container, and a network connection interface for connecting these computing systems to the Internet, each power supply module includes a second The container and several power supply systems installed in the second container are used to supply power to the computing module. Compared with the existing technology, the modular data center can be equipped with computing modules and power supply modules according to the needs through the modular design, and does not need to prepare a computer room, thus greatly saving the construction cost and construction period.

Description

Modular data center

Technical field

The present invention relates to a kind of modular data center.

Background technology

Along with online application and development, increase fast for the demand of data center.Data center is large-scale concentrated computing facility, and it generally includes a large amount of computer systems, and these computer systems are positioned in the frame.Data center needs expensive construction cost, and wherein being equipped with machine room promptly is a high expense.In addition, the solution of the data center of existing framework is quite complicated, and this has improved its construction cost and construction period greatly.Current, data center contemplates to put into operation from it needs one-year age usually.

Summary of the invention

In view of above content, be necessary to provide a kind of modular data center, to save construction cost and construction period.

A kind of modular data center, it comprises at least one computing module and at least one supply module, each computing module comprises: one first counter, it can be transported by the vehicles; In said first counter of some installations, thereby in said first counter, accomplish the arithmetic system of moving and transporting process; One is installed on the said first lift-on-lift-off cooling system, is used for the heat that accumulates in said first counter is discharged; One is used to keep watch on first supervisory system and a network connection interface of said first counter, is used to make these arithmetic systems to be connected in the internet; Each supply module comprises one second counter, and it can be transported by the vehicles; And in said second counter of some installations, be used for electric power system to said computing module power supply.

Compare prior art, this modular data center can dispose computing module and supply module as required, and need not prepare machine room through modular design, thus construction cost and the construction period saved greatly.

Description of drawings

Fig. 1 is the synoptic diagram of the preferred embodiments of multimode of the present invention data center.

Fig. 2 is the sectional view along II among Fig. 1-the II line obtains.

Fig. 3 is the block diagram of the supervisory system of multimode of the present invention data center.

The main element symbol description

Data center 10

Computing module 20

Supply module 30

Counter 201,301

Arithmetic system 203

Cooling system 205

Temperature controller 2050

Electric power system 303

Cooling system 305

Mounting structure 207

Precedingplenum chamber 2031

Backplenum chamber 2033

Evaporator 2051

Fan 2053

Raisedfloor 2055

Precedinggrid 2057

Back grid 2059

Supervisory system 40

Camera 400

Image decoder 402

Record cell 404

Display unit 406

Memory module 4020

Detecting module 4022

Compression module 4024

Embodiment

See also Fig. 1, the preferred embodiments ofmodular data center 10 of the present invention comprises acomputing module 20 and a supply module 30.In other embodiments,computing module 20 andsupply module 30 all can be a plurality of.

Thiscomputing module 20 comprises that acounter 201, somearithmetic systems 203 and that is contained in thiscounter 201 are contained in thecooling system 205 in this counter 201.Thiscounter 201 can be through vehicles transportation.Thiscooling system 205 is used forcounter 201 outsides are arrived in the heat discharge of accumulation in the counter 201.Thiscooling system 205 comprises atemperature controller 2050, is used for the temperature maintenance around thesearithmetic systems 203 in a setting value.Thiscomputing module 20 comprises that also a network connection interface (figure does not show) is used for making thesearithmetic systems 203 to be connected in the internet.

Thissupply module 30 comprises that acounter 301, someelectric power systems 303 and that is contained in thiscounter 301 are contained in thecooling system 305 in this counter 301.Thissupply module 30 is connected in thiscomputing module 20 and thiscomputing module 20 is supplied power.Thiscounter 301 can be through vehicles transportation.Thiselectric power system 303 comprises a plurality of power distribution equipments and the non-power supply that is interrupted, and is used for electric energy is assigned to thiscomputing module 20 from primary power.Thiscooling system 305 is used forcounter 301 outsides are arrived in the heat discharge of accumulation in the counter 301.Thiscooling system 305 comprises a temperature controller (figure does not show), is used for the temperature maintenance around theseelectric power systems 303 in a setting value.Thissupply module 30 comprises that also a network connection interface (figure does not show) is used for making theseelectric power systems 303 to be connected in the internet.

See also Fig. 2, thesearithmetic systems 203 are installed in themounting structure 207, and thesemounting structures 207 can be frames.Eachmounting structure 207 built-in refrigerating/cooling system is used to discharge the heat that thesearithmetic systems 203 are produced.Eachmounting structure 207 forms a specific enclosure space, and temperature in it and humidity are through accurately controlling with thesemounting structure 207 corresponding temperature controllers 2050.A plenum chamber 2031 and aback plenum chamber 2033 before the front end of thismounting structure 207 and rear end correspondence are provided with one.Plenum chamber 2031 andback plenum chamber 2033 pass through gap and mutual perforation the between thearithmetic system 203 in thismounting structure 207 before being somebody's turn to do, thereby make air-flow be able to circulation to cool off thismounting structure 207.

In this embodiment, thiscooling system 205 comprises anevaporator 2051 and plurality of fans 2053.Thesefans 2053 can disperse hot-air thisevaporator 2051 and are cooled.Thisevaporator 2051 and these fans are installed on the below of the raisedfloor 2055 of this computing module 20.Thisevaporator 2051 is connected with the output terminal of condenser and the suction line of compressor.Thesefans 2053 pass cold air the precedinggrid 2057 of this raisedfloor 2055 and drive in this precedingplenum chamber 2031, flow through thesearithmetic systems 203 again with its cooling.Simultaneously, Hot air quilt drives in thisback plenum chamber 2033 and passes theback grid 2059 of this raisedfloor 2055.

Thiscomputing module 20 comprises that asupervisory system 40 is to monitor this counter 201.As shown in Figure 3, thissupervisory system 40 comprises a camera 400, an image decoder 402, a record cell 404 and a display unit 406.This image decoder 402 comprises a memory module 4020, a detecting module 4022 and a compression module 4024.The image of the monitored object that this camera 400 obtains is sent to the memory module 4020 of this image decoder 402.This detecting module 4022 checks that the image that is stored in this memory module 4020 to confirm the key position of every width of cloth image, reaches the coordinate figure of this key position.If monitored object is a maintenance person, then in order to discern, this key position is set at this maintenance person's face.The coordinate figure of this key position is sent to the compression module 4024 of this image decoder 402.Be appreciated that this detecting module 4022 utilizes prior art to obtain the image of key position.In this compression module 4024 each width of cloth image of compression except that key position other partial data.In other words, except obtained the part of coordinate values by this detecting module 4022, other partial data are by these compression module 4024 compressions in each width of cloth image.This compression module 4024 outputs to this record cell 404 with data and other partial data of the key position of each width of cloth image, these record cell 404 these data of record.This display unit shows the image that this record cell 404 is write down.In this embodiment, this record cell 404 is a video recorder, and this display unit is a monitor, and this memory module 4020 is a hard disk.Thissupply module 30 comprises that also a surveillance (figure does not show) is used to keep watch on thiscounter 301.

Thiscomputing module 20 and thissupply module 30 are equipped with sensor with the variation in thiscomputing module 20 of sensing and this supply module 30.These sensors comprise vibration transducer, pneumatic sensor, humidity sensor, threshold sensor, fume detector and violence intrusion detection device.

Claims (10)

1. modular data center, it comprises at least one computing module and at least one supply module, each computing module comprises:

One first counter, it can be transported by the vehicles;

In said first counter of some installations, thereby in said first counter, accomplish the arithmetic system of moving and transporting process;

One is installed on the said first lift-on-lift-off cooling system, is used for the heat that accumulates in said first counter is discharged;

One is used to keep watch on first supervisory system of said first counter; And

One network connection interface is used to make these arithmetic systems to be connected in the internet;

Each supply module comprises:

One second counter, it can be transported by the vehicles; And

In said second counter of some installations, be used for electric power system to said computing module power supply.

2. modular data center as claimed in claim 1 is characterized in that: said cooling system comprises a temperature controller, is used for the temperature maintenance around these arithmetic systems in a setting value.

3. modular data center as claimed in claim 1 is characterized in that: said arithmetic system is installed on the said first lift-on-lift-off mounting structure, and said mounting structure is a frame.

4. modular data center as claimed in claim 1; It is characterized in that: said first supervisory system comprises a camera, an image decoder and a record cell; Said camera obtains the image of some monitored object; Said image decoder comprises a memory module, a detecting module and a compression module, the image of the said compression module output of said recording unit records.

5. modular data center as claimed in claim 4; It is characterized in that: said memory module is stored the image of the said monitored object that said camera obtains; The inspection of said detecting module is stored in image in this memory module confirming the key position of every width of cloth image, in said each width of cloth image of compression module compression except that key position other partial data.

6. modular data center as claimed in claim 1 is characterized in that: said supply module comprises that also one is used to keep watch on second supervisory system of said second counter.

7. modular data center as claimed in claim 6; It is characterized in that: said second supervisory system comprises a camera, an image decoder and a record cell; Said camera obtains the image of some monitored object; Said image decoder comprises a memory module, a detecting module and a compression module, the image of the said compression module output of said recording unit records.

8. modular data center as claimed in claim 7; It is characterized in that: said memory module is stored the image of the said monitored object that said camera obtains; The inspection of said detecting module is stored in image in this memory module confirming the key position of every width of cloth image, in said each width of cloth image of compression module compression except that key position other partial data.

9. modular data center as claimed in claim 1 is characterized in that: said computing module and supply module are equipped with sensor with difference this first counter of sensing and second counter.These sensors comprise vibration transducer, pneumatic sensor, humidity sensor, threshold sensor, fume detector or violence intrusion detection device.

10. modular data center as claimed in claim 1 is characterized in that: said modular data center comprises that also one is installed on said second lift-on-lift-off another cooling system, is used for the heat that accumulates in said second counter is discharged.

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