CN204721778U - A kind of data center machine room structure with cold passage - Google Patents

Abstract

The utility model relates to a kind of data center machine room structure with cold passage, compared with prior art solve for rack cannot effective temperature-reducing again can the defect of energy efficient.In the utility model, the other end of cold wind conveyance conduit communicates with cold channel support basis, and cold channel support basis is provided with the air outlet communicated with cold passage room, and cold wind conveyance conduit is communicated with cold passage room by the air outlet on cold channel support basis; Cold channel network cabinet comprises closed base and is arranged on the cabinet body in closed base, closed base connects with cold channel support basis and both are highly identical, cabinet body connects with cold passage room and both are highly identical, cabinet body just facing to cold passage room, cold passage room communicates with cabinet body, the back door of cabinet body is honeycomb, and the top of cabinet body has exhaust outlet.Cold air is directly concentrated to be transported in rack not and is spread in environment to external world by the utility model.

Description

A data center computer room structure with a cold aisle

technical field

The utility model relates to the technical field of cabinets, in particular to a data center machine room structure with cold passages.

Background technique

In recent years, IT, IP technology and equipment have developed rapidly, and the server has evolved from the previous desktop server to the current third-generation blade server. The third-generation blade server is a circuit board with a height of about 6U, which is small in size and generates a lot of heat. The front and bottom of the circuit board can take in air, and the back and top of the circuit board can let air out. With the continuous improvement of the integration of equipment, there are more and more equipment in the computer room of the telecom data center, the integration of the equipment is getting higher and higher, the power consumption of the equipment is also increasing, and the requirements for heat dissipation are getting higher and higher. The overall ventilation and air-conditioning design puts forward new requirements.

At present, there is no technical design element in the computer room, just put some air conditioners and communication cabinets in one room. However, with the widespread application of the third-generation blade server, its heat dissipation has also increased significantly, and the original number of air conditioners can no longer meet the cooling needs. Therefore, many operators meet the cooling needs by increasing the power and number of air conditioners, but also With little success. And in order to ensure the heat dissipation effect of blade servers, many computer room managers directly dismantle the baffles and glass doors of the cabinets to form a frame structure. At the same time, due to the increase in the power and quantity of air conditioners, a great waste of energy has been brought and the cost of power usage has been increased.

How to design a computer room structure that can not only ensure the cooling effect, but also save energy loss has become a technical problem that needs to be solved urgently.

Utility model content

The purpose of the utility model is to solve the defect in the prior art that the cabinets cannot effectively cool down and save energy consumption, and provide a data center room structure with a cold aisle to solve the above problems.

In order to achieve the above object, the technical scheme of the utility model is as follows:

A data center computer room structure with a cold aisle, including air conditioning units, cold aisle network cabinets and cold air delivery pipes fixed on the ground, and also includes a cold aisle room and a cold aisle support foundation, the cold aisle room is installed on the cold aisle support Basically, one end of the cold air delivery pipe communicates with the air outlet of the air conditioning unit, and the other end of the cold air delivery pipeline communicates with the support foundation of the cold aisle. The air outlet of the supporting foundation communicates with the cold aisle room;

The cold aisle network cabinet includes a closed base and a cabinet body installed on the closed base. The closed base is connected to the cold aisle support foundation and the height of the two is the same. The cabinet body is connected to the cold aisle room and the height is the same. The front of the cabinet body Facing the cold aisle room, the cold aisle room communicates with the cabinet body, the back door of the cabinet body is a honeycomb structure, and the upper part of the cabinet body has an exhaust port.

The front connecting column is installed in the cabinet body, and the equipment module is installed on the front connecting column; the air regulating front door is installed on the cabinet body, and the air regulating front door is a honeycomb structure, and the air regulating front door is located between the equipment module and the cold aisle room.

It also includes a movable curtain installed in the cabinet body, and the installation position of the movable curtain is located between the equipment module and the front door of the air regulation and corresponds to the front door of the air regulation.

Beneficial effect

Compared with the prior art, the data center machine room structure with a cold channel of the utility model can directly transport the cold air to the cabinet without spreading to the external environment, so that the refrigeration device can directly cool down the cabinet and reduce the cooling area , saving electricity consumption and reducing cooling power. Through the design of the cold aisle, the air intake direction of the cabinet is adjusted to the frontal horizontal air intake, which improves the cooling effect. It has the characteristics of simple structure, energy saving and consumption reduction, and significant cooling.

Description of drawings

Fig. 1 is a structural perspective view of the utility model;

Fig. 2 is a structural side view of the utility model;

Fig. 3 is the front view of the structure of the cabinet body equipped with an air regulating front door in the utility model;

Figure 4 is a front view of the structure of the cabinet body equipped with movable blinds in the utility model;

Among them, 1-cold aisle network cabinet, 2-air conditioning unit, 3-cold air delivery pipe, 4-cold aisle support foundation, 11-enclosed base, 12-cabinet body, 13-rear door, 14-exhaust port, 15-conveyor Air outlet, 16-cold aisle room, 17-front connecting column, 18-equipment module, 19-air conditioning front door, 20-movable curtain.

Detailed ways

In order to have a further understanding and understanding of the structural features and the achieved effects of the utility model, a detailed description is provided in conjunction with preferred embodiments and accompanying drawings, as follows:

As shown in Figure 1, a data center machine room structure with a cold aisle described in the utility model includes an air-conditioning unit 2, a cold aisle network cabinet 1 and a cold air delivery pipeline 3 fixedly installed on the ground, and the cold air delivery pipeline 3 is fixed Installed on the ground, it can not only conduct cold air, but also play the role of an electrostatic floor in a traditional computer room. In practical applications, the cold air delivery pipeline 3 can be designed as a closed frame structure composed of an electrostatic floor. The quantity of the conveying pipeline 1 can be multiple, and the cold air conveying pipeline 3 is designed according to its corresponding position. The air outlet of the air conditioning unit 2 can also be designed to be located above the ground, and one end of the cold wind conveying pipe 3 communicates with the air outlet of the air conditioning unit 2, and the cold wind of the air conditioning unit 2 can directly enter the cold wind conveying pipe 3. The other end of the cold air delivery pipe 3 communicates with the cold aisle support foundation 4 , and the cold air aisle 3 forms a closed passage from the air outlet of the air conditioning unit 2 to the cold aisle support foundation 4 .

The cold aisle room 16 is installed on the cold aisle support foundation 4. The cold aisle room 16 is a semi-closed structure. The cold aisle support base 4 is provided with an air supply port 15 communicating with the cold aisle room 16. The number of air supply ports 15 can be multiple , that is, the top of the cold aisle support base 4 is set as a honeycomb porous structure; the cold aisle room 16 communicates with the cabinet body 12, which has the advantage that there will be no waste of air-conditioning resources during daily maintenance (the air-conditioning is limited in the cold aisle room Middle), and when the staff is maintaining the equipment modules 18 in the cabinet body 12, standing in the cold aisle room 16, they can also use the air-conditioned environment to improve working comfort. The cold air delivery pipe 3 communicates with the cold aisle room 16 through the air outlet 15 of the cold aisle support foundation 4, the cold aisle room 16 communicates with the cabinet body 12, and the cold air generated by the air outlet of the air conditioning unit 2 passes through the air outlet 15 of the cold aisle support foundation 4 1. The cold aisle room 16 reaches the inside of the cabinet body 12, which realizes the direct connection between the air conditioning unit 2 and the cabinet body 12, and avoids the diffusion of cold air in the external environment. Since the supply space and area of the cold air are only the cabinet body 12 and the cold aisle room 16, Its energy consumption and power consumption are also correspondingly reduced, realizing the effect of cooling the inside of the cabinet body 12 and the cold aisle room 16 and heating the outside.

As shown in FIG. 2 , the cold aisle network cabinet 1 includes a closed base 11 and a cabinet body 12 installed on the closed base 11 . The closed base 11 is a fully enclosed structure and only serves as a support. The closed base 11 is in contact with the cold aisle support base 4 and both have the same height, the purpose of which is to increase the height of the cabinet body 12 so that it can cooperate with the cold aisle room 16 . The cabinet body 12 is connected to the cold aisle room 16 and the height of the two is the same, that is, the combination of the cabinet body 12 and the cold aisle room 16 can form an overall square structure, as shown in Figure 1 and Figure 2, in practical applications , multiple cabinet bodies 12 can be designed according to actual needs, and the multiple cabinet bodies 12 are placed in mirror images in pairs and are located on both sides of the cold aisle room 16 respectively.

The front of the cabinet body 12 faces the cold aisle room 16 to match the cooling characteristics of the third-generation blade server with air in the front and air out from the rear and above. The cold aisle room 16 communicates with the cabinet body 12 , and the cold air in the cold aisle room 16 directly enters the cabinet body 12 . The back door 13 of the cabinet body 12 is a honeycomb structure, and the upper part of the cabinet body 12 has an exhaust port 14 to realize the circulation effect of cold air entering and hot air exiting in the cabinet body 12 .

The cabinet body 12 is a semi-closed structure with side panels and back doors 13 installed, on which a front connecting column 17 is installed according to the prior art, and the number of the front connecting column 17 can be multiple, and an equipment module 18 is installed on the front connecting column 17 , Blind plates can also be installed between the equipment modules 18 to ensure the ventilation effect. As shown in FIG. 3 , the air conditioning front door 19 is installed on the cabinet body 12 , and the air conditioning front door 19 is located at the front end of the cabinet body 12 , that is, the glass front door of a traditional cabinet. The air regulating front door 19 can be designed as a double door or a single door form, and the air regulating front door 19 is directly fixed on the closed baffles (side plates) of the two sides of the cabinet body 12 to get final product. The installation position of the air regulating front door 19 is located between the equipment module 18 and the cold aisle room 16. The air regulating front door 19 is a honeycomb structure with holes on it, that is, the air regulating front door 19 can form a certain effect of cold wind blocking, but it can also The permeation of cold air forms an air-permeable barrier between the equipment module 18 and the cold aisle room 16 . The cold air entering the cold aisle room 16 enters the cabinet body 12 through the micro-holes on the air-regulating front door 19, forming a frontal air intake direction for the air-regulating front door 19, while several small holes (honeycomb structure) on the air-regulating front door 19 A rectification effect is formed, and a frontal parallel transverse air intake is formed for a plurality of equipment modules 18 .

As shown in Figure 4, a movable blind 20 can be designed in the cabinet body 12, and the movable blind 20 is installed in the cabinet body 12 according to the prior art, between the equipment module 18 and the front door 19 of the air conditioning, and connected to the air conditioning Front door 19 is corresponding. There is no honeycomb design on the movable blind 20 , that is, a fully enclosed structure is formed in the movable blind 20 and the glass front door 16 after pulling the movable blind 20 , so as to prevent cold air from spreading to other places of the cabinet body 12 .

In actual use, after the air conditioner unit 2 is turned on, the cold air generated by it enters the cold air delivery pipe 3 and is transmitted to the cold aisle support foundation 4 through the cold air delivery pipe 3, and then reaches the cold aisle room 16 through the air outlet 15 on the cold aisle support foundation 4. Because the cold aisle room 16 is a semi-closed structure, it communicates with the cabinet body 12, and the front air door 19 is a honeycomb structure. The cold air enters the cabinet body 12 from the cold aisle room 16 through the micro-hole rectification of the air adjustment front door 19. For the equipment module 18 from top to bottom has formed a frontal horizontal air intake, and the cooling and heating cycle is carried out in the cabinet body 12, and the hot air is taken out of the cabinet body 12 from the rear door 13 and the exhaust port 14, so as to ensure the cabinet body under the premise of low power consumption. Cooling effect in the body 12. When the equipment module 18 is not installed in the cabinet body 12 (when the cabinet body 12 is not in use), the movable blind 20 is pulled up, and since the movable blind 20 is a fully enclosed structure, the movable blind 20 and the cold aisle room 16 are formed. A fully enclosed structure is provided, so that the cold air is limited between the movable curtain 20 and the cold aisle room 16, further saving energy and reducing consumption.

The basic principles, main features and advantages of the present utility model have been shown and described above. Those skilled in the industry should understand that the utility model is not limited by the above-mentioned embodiments. The above-mentioned embodiments and descriptions describe only the principle of the utility model. There will be various changes and improvements, and these changes and improvements all fall within the scope of the claimed utility model. The protection scope required by the utility model is defined by the appended claims and their equivalents.

Claims (3)

1. A data center computer room structure with a cold aisle, including an air conditioning unit (2), a cold aisle network cabinet (1) and a cold air delivery pipe (3) fixedly installed on the ground, characterized in that it also includes a cold aisle room (16) and cold aisle support foundation (4), the cold aisle room (16) is installed on the cold aisle support foundation (4), and one end of the cold air delivery pipe (3) communicates with the air outlet of the air conditioning unit (2), and the cold air delivery The other end of the pipe (3) communicates with the cold aisle support foundation (4), and the cold aisle support foundation (4) is provided with an air supply port (15) communicated with the cold aisle room (16). The air supply port (15) of the aisle support foundation (4) communicates with the cold aisle room (16); The cold aisle network cabinet (1) includes a closed base (11) and a cabinet body (12) installed on the closed base (11). The closed base (11) is connected to the cold aisle support base (4) and the height of the two is the same. The cabinet body (12) is connected to the cold aisle room (16) and the two heights are the same. The front of the cabinet body (12) faces the cold aisle room (16), and the cold aisle room (16) communicates with the cabinet body (12). The back door (13) of the body (12) is a honeycomb structure, and the upper part of the cabinet body (12) is provided with an exhaust port (14). 2. A data center computer room structure with cold aisles according to claim 1, characterized in that: the front connecting column (17) is installed in the cabinet body (12), and the front connecting column (17) is The equipment module (18) is installed; the air conditioning front door (19) is installed on the cabinet body (12). 16) Between. 3. A data center computer room structure with cold aisles according to claim 2, characterized in that: it also includes a movable curtain (20) installed in the cabinet body (12), and the movable curtain (20) The installation position is located between the equipment module (18) and the air regulating front door (19) and corresponds to the air regulating front door (19).