CN103813686A

CN103813686A - Counter data center

Info

Publication number: CN103813686A
Application number: CN201210440219.4A
Authority: CN
Inventors: 林岱卫
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2012-11-07
Filing date: 2012-11-07
Publication date: 2014-05-21
Anticipated expiration: 2032-11-07
Also published as: CN103813686B

Abstract

A counter data center comprises a counter, a plurality of racks and a refrigerator area. One side of each rack, far away from the refrigerator area, is provided with a fan module. One side of each rack has ventilating openings, and a box-shaped wind box is arranged at the ventilating openings. The top of each wind box is provided with an air inlet. One side of each wind box, far away from one rack, is provided with an installation opening. Each ventilating opening is provided with a wind shield. Each installation opening is provided with a baffle plate. A server sequentially pushes each baffle plate and each wind shields and enters each rack from each ventilating opening after each baffle plate and each wind shield are opened upwardly. The wind shields abut against the top surface of the server through the server. Each baffle plate resets to shield the installation opening. When each rack operates, each fan module discharge air in the rack to form negative pressure in the rack, and thus cold air enters the rack from each air inlet and each ventilating opening to radiate heat of the server. Compared with the prior art, the counter data center meets heat radiation requirements of each rack by adjusting the fan rotation speed of each fan module, thereby carrying out heat radiation for the racks according to needs.

Description

Container data center

Technical field

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

Background technology

In the counter of existing container data center, conventionally can design a cold-room.Cold air is discharged into cold-room by air conditioner, then allow each cabinet-type server suck the cold air of lower temperature from cold-room.Air conditioner front end generally can design one group of blade that can swing, and allows flow out distinguished and admirable can flow to cold-room everywhere.But in the time that the radiating requirements of each cabinet-type server is different, this radiating mode can not be distributed according to need rack is dispelled the heat, can cause local overheating in counter.

Summary of the invention

In view of above content, be necessary to provide a kind of container data center that can distribute according to need and dispel the heat.

A kind of container data center, comprise a counter, be placed in the some racks for build-in services device and a cold-room region in counter, the side that each rack deviates from cold-room region is provided with a blower module, each rack offers ventilating opening and is provided with box-like bellows in ventilating opening place towards a side in cold-room region towards a side in cold-room region, an air inlet is offered at the top of bellows, a side that deviates from rack of bellows offers installing port, ventilating opening place is pivoted with deep bead, installing port place is pivoted with baffle plate, server is in the time that installing port packs rack into, after server pushes successively baffle plate and deep bead and upwards opens baffle plate and deep bead, self-ventilation mouth enters in rack, the serviced device of deep bead is kept out the end face in server, baffle plate resets and blocks installing port, when rack running, blower module is discharged the air in rack, make formation negative pressure in rack, cold air enters in rack server is dispelled the heat from air inlet and ventilating opening.

Compare prior art, container data center of the present invention is by the rotating speed of the fan of adjustment blower module, and to meet the heat radiation needs of each rack, and then distribution according to need is dispelled the heat to rack.

Accompanying drawing explanation

In conjunction with preferred embodiments, the invention will be further described with reference to the accompanying drawings.

Fig. 1 is the structural representation of the preferred embodiments of container data center of the present invention.

Fig. 2 is the enlarged drawing of rack in Fig. 1.

Fig. 3 is the partial exploded view of rack in Fig. 2.

Fig. 4 is the part-structure schematic diagram of the preferred embodiments of container data center of the present invention.

Main element symbol description

Counter	100
		Rack	10
Blower module	12
		Fan	121
Ventilating opening	13
		Deep bead	131
Bellows	14
		Air inlet	141
Installing port	142
		Baffle plate	143
Cold-room region	30
		Air conditioner	32
Inductor	40
		Controller	50
Server	60

Following embodiment further illustrates the present invention in connection with above-mentioned accompanying drawing.

Embodiment

Refer to Fig. 1, the preferred embodiments of container data center of the present invention comprise a counter 100 and be placed in counter 100 for installing some racks 10 of server.

Counter 100 comprises a cold-room region 30 being connected with air conditioner.These racks 10 lay respectively at the both sides in cold-room region 30.

See also Fig. 2 and Fig. 3, the upper and lower that each rack 10 deviates from a side in cold-room region 30 is respectively equipped with a blower module 12, and each blower module 12 comprises some fans 121.Each rack 10 towards the upper and lower of a side in cold-room region 30 corresponding blower module 12 offer respectively two ventilating openings 13, each ventilating opening 13 one first deep bead 131 that is pivoted.Rack 10 is provided with box-like bellows 14 in the outside of two ventilating openings 13.The upside of each bellows 14 is offered an air inlet 141.Corresponding two ventilating openings 13 of a side that deviates from rack 10 of bellows 14 are offered respectively an installing port 142, each installing port 142 pivot joint one baffle plate 143.

By server 60 in the time that installing port 142 packs rack 10 into, server 60 pushes successively baffle plate 143 and deep bead 131 inwardly also upwards opens baffle plate 143 and the rear self-ventilation mouth 13 of deep bead 131 enters in rack 10, the serviced device 60 of deep bead 131 is kept out in the end face of server 60, and baffle plate 143 resets and blocks installing port 142.

See also Fig. 4, when rack 10 turns round, blower module 12 is discharged the air in rack 10, makes the interior formation negative pressure of rack 10, the cold air in cold-room region 30 from air inlet 141 enter bellows 14 then self-ventilation mouth 13 enter the server 60 of flowing through in rack 10 server 60 dispelled the heat.In the time there is no build-in services device in a ventilating opening 13 wherein, deep bead 131 covers this ventilating opening 13, avoids cold wind to enter this ventilating opening 13.Interior installation one inductor 40 of each server 60, the temperature signal in the server sensing 60 is sent to a controller 50 by inductor 40, and controller 50 is adjusted the rotating speed of corresponding blower module 12 according to the temperature regime of corresponding server 60.

In other execution mode, air inlet 141 can be connected with an air conditioner 32 separately, cold-room region 30 is connected with another air conditioner, so that air inlet 141 can pass into colder air stream, and makes cold-room region 30 keep being applicable to the temperature that staff enters counter.

Container data center of the present invention installs in rack 10 1 sides the blower module 12 that air draft is used, blower module 12 is discharged the air in rack 10, make the interior formation negative pressure of rack 10, and then make cold air in cold-room region 30 enter from air inlet 141 that rack 10 is interior to dispel the heat to rack 10, can be by the rotating speed of the fan 121 of adjustment blower module 12, to meet the heat radiation needs of each rack 10, and then distribution according to need is dispelled the heat to rack 10, deep bead 131 does not have the ventilating opening 13 of build-in services device to cover this, avoid cold wind to enter this ventilating opening 13, energy-saving and emission-reduction.

Claims

1. a container data center, comprise a counter, be placed in the some racks for build-in services device and a cold-room region in counter, the side that each rack deviates from cold-room region is provided with a blower module, each rack offers ventilating opening and is provided with box-like bellows in ventilating opening place towards a side in cold-room region towards a side in cold-room region, an air inlet is offered at the top of bellows, a side that deviates from rack of bellows offers installing port, ventilating opening place is pivoted with deep bead, installing port place is pivoted with baffle plate, server is in the time that installing port packs rack into, after server pushes successively baffle plate and deep bead and upwards opens baffle plate and deep bead, self-ventilation mouth enters in rack, the serviced device of deep bead is kept out the end face in server, baffle plate resets and blocks installing port, when rack running, blower module is discharged the air in rack, make formation negative pressure in rack, cold air enters in rack server is dispelled the heat from air inlet and ventilating opening.

2. container data center as claimed in claim 1, is characterized in that: counter comprises the air conditioner being freezed in cold-room region.

3. container data center as claimed in claim 1, is characterized in that: rack is positioned at the both sides in cold-room region.

4. container data center as claimed in claim 1, is characterized in that: each blower module comprises some fans.

5. container data center as claimed in claim 1, is characterized in that: air inlet is connected with an air conditioner.

6. container data center as claimed in claim 1, it is characterized in that: an inductor is installed for responding to the temperature in server in each server, the temperature signal sensing is sent to a controller by inductor, and controller is the rotating speed to blower module that should rack according to the temperature regime adjustment of corresponding rack.