CN202548712U - Container type data center cluster - Google Patents

Abstract

The embodiment of the utility model discloses a container-type data center cluster, the cluster includes: at least two container-type data centers arranged and combined into a cuboid, and two side panels opposite to each other adjacent container-type data centers The box frame is coupled and connected by at least two sets of connecting pieces, each set of connecting pieces includes at least one coupling piece, and each coupling piece is connected to the box frame of the two opposite side panels, and is connected to the two sides respectively. A box frame is fixedly connected. According to the container-type data center cluster provided by the embodiment of the utility model, the container-type data centers can be tightly sealed and spliced smoothly, and can better isolate and protect the equipment in the container data center, thereby solving the problem of the existing technology After splicing multiple single-container data centers, the single-container data centers are not tightly sealed, the splicing is uneven, and good isolation protection cannot be achieved.

Description

Containerized data center cluster

technical field

The utility model relates to the field of communication technology, in particular to a container-type data center cluster. the

Background technique

At present, the deployment of existing container-type data centers mostly adopts the scheme of independent operation of a single-container-type data center. Figure 1 shows the internal structure of the single-container data center. As can be seen from Figure 1, the single-container data center is equipped with cabinets (Rack), air-conditioning terminals (XDH), air-conditioning hosts (XDC), and uninterruptible power supplies ( UPS), battery (BAT), air conditioner outdoor unit (condenser), the internal space is narrow, it is difficult to arrange equipment of various sizes, the airflow channel is too small, there are many turns between equipment of different sizes, and the loss of energy consumption is large. The use efficiency (PUE, Power Usage Effectiveness) value is too high, and the remaining space is too small, making it difficult to maintain the equipment. the

Splicing multiple single-container-type data centers to form a container-type data center cluster can solve the above-mentioned problems of single-container-type data centers, improve the integration of container-type data centers, and facilitate equipment maintenance. However, in the specific implementation of splicing multiple single-container data centers, there are problems such as poor sealing between single-container data centers, uneven splicing, and failure to meet the requirements of good isolation protection, which directly affects the interior of the container. The communication health of the device. the

It can be seen that in the current technology of splicing multiple single-container data centers, there are problems such as poor sealing between single containers, uneven splicing, and failure to meet the requirements of good isolation protection. the

Utility model content

The embodiment of the utility model provides a container-type data center cluster, which is used to solve the problem of poor sealing between single-container-type data centers, uneven splicing, and failure to achieve The question of good isolation protection. the

The utility model embodiment technical scheme is as follows:

A containerized data center cluster, comprising: at least two containerized data centers arranged in a cuboid, the box frames of the two opposite side panels between every two adjacent containerized data centers are coupled, and are connected through at least Two sets of connecting pieces are connected, wherein each set of connecting pieces includes at least one coupling piece, each coupling piece straddles the box frame of two opposite side plates, and is fixedly connected with the two box body frames respectively. the

Specifically, the box frame coupling of the two opposite side panels between every two adjacent container-type data centers specifically includes: The box-frame coupling of the side panels; or, the box-frame coupling of the side panels in the opposite short-side direction between every two adjacent container-type data centers; or, the box-frame coupling of every two adjacent container-type data centers Center the box frame coupling between the opposing bottom and top sides. the

Preferably, there is a protective pad between the coupling faces of the box frames of the two opposite side panels between two adjacent container-type data centers. the

Preferably, the connecting piece further includes at least two rubber protection strips, and the rubber protection strips are respectively located between the coupling piece and the box frames of the two opposite side panels. the

A containerized data center cluster, comprising: at least two containerized data centers arranged side by side, each containerized data center includes maintenance door frames on at least two opposite side panels, and every two adjacent containerized data centers Every two opposite maintenance door frames are coupled between the centers, and are connected by at least two sets of connecting pieces, wherein each set of connecting pieces includes at least one coupling piece, and each coupling piece is connected across the two opposite maintenance doors. on the frame, and are respectively fixedly connected with two maintenance door frames. the

Specifically, the maintenance door frame is located on the side panels in the direction of the long side or the short side between the container data centers. the

Preferably, there is a protective pad between the coupling surfaces of every two opposite maintenance door frames between every two adjacent container data centers. the

Preferably, the connecting piece further includes at least two rubber protection strips, and the rubber protection strips are respectively located between the coupling piece and the two opposite maintenance door frames. the

A containerized data center cluster, comprising: at least two containerized data centers arranged side by side, each containerized data center includes maintenance door frames on at least two opposite side panels, and every two adjacent containerized data centers Every two opposite maintenance door frames in the center are connected through a connection frame, which is a closed rectangular channel composed of four sides, and the two ends of the connection frame are respectively connected to the two opposite maintenance doors. The frames are coupled and connected by at least two sets of connecting pieces, wherein each set of connecting pieces includes at least one coupling piece, and each coupling piece straddles the connecting frame body and the maintenance door frame, and connects the frame body and the maintenance door respectively The frame is fixedly connected. the

Specifically, the maintenance door frame is located on the side panels in the direction of the long side or the short side between the container data centers. the

Preferably, the length of the rectangular channel formed by connecting the frames is greater than the width of the maintenance door. the

Preferably, there are protective pads between the two ends of the connecting frame body and the coupling faces of the two opposite maintenance door frames. the

Preferably, the connecting piece further includes at least two rubber protective strips, and the rubber protective strips are respectively located between the coupling piece and the connecting frame body and the two maintenance door frames. the

According to the technical solution of the embodiment of the utility model, in the container data center cluster formed by the arrangement of at least two container data centers, the boxes of the two side panels facing each other between every two container data centers The frame coupling, or the coupling of two opposing maintenance door frames, or the coupling of two opposing maintenance door frames and a connecting frame, and the frames at the coupling are fixedly connected by at least two sets of connectors, can make the container data center The sealing between them is tight and the splicing is smooth, which plays a good role in isolation and protection for the equipment in the container data center, so that it can solve the problem in the prior art that after splicing multiple single-container data centers, the single-container data center The problem of poor sealing, uneven splicing, and failure to achieve good isolation and protection. the

Description of drawings

Figure 1 is a schematic diagram of the internal structure of a single-container data center in the prior art;

Fig. 2 is the top view of the containerized data center cluster provided by the embodiment of the utility model;

Fig. 3 is a side view of the containerized data center cluster provided by the embodiment of the utility model;

Fig. 4 is the installation schematic diagram of the rubber protective strip that the utility model embodiment provides;

Figure 5 is a top view of another containerized data center cluster provided by the embodiment of the present invention;

Figure 6 is a top view of another containerized data center cluster provided by the embodiment of the present invention;

Fig. 7 is the structural representation of the connection frame body that the utility model embodiment provides;

FIG. 8 is a schematic structural diagram of a specific implementation of the containerized data center cluster shown in FIG. 6 . the

Detailed ways

Aiming at the problems existing in the prior art that after multiple single containers are spliced, the sealing between the single containers is not tight, the splicing is uneven, and good isolation and protection cannot be achieved. The embodiment of the utility model proposes a variety of container-type data The central cluster is used to solve this problem. the

Embodiment one

Fig. 2 shows a top view of the container-type data center cluster provided by the embodiment of the present invention, and Fig. 3 shows a side view of the container-type data center cluster provided by the embodiment of the present invention, as shown in Fig. 2 or Fig. 3 , The containerized data center cluster includes: at least two containerized data centers 1 arranged in a cuboid, each side panel of each containerized data center includes a box frame 11 and a panel 12, and every two adjacent containerized data centers The box frames 11 of the two opposite side panels between the data centers are coupled and connected by at least two sets of connecting pieces 2, and each set of connecting pieces has at least one coupling piece 21 and bolts that match the screw holes on the coupling piece 21 (not shown in the figure), each coupling piece 21 spans the box frame 11 of the two opposite side panels, and is fixedly connected to the two box frames 11 by bolts, so as to form a flat joint and a tight seal Containerized data center cluster. Wherein, the coupling refers to the tight docking of the box frames of the two opposite side panels between two container-type data centers of the same size. the

In a preferred way, the installation of the couplings can be based on the length of the actual container-type data center, and multiple couplings can be evenly installed, or can be installed in a non-equidistant manner according to the position of the load-bearing column of the container. the

In a preferred manner, there is a protective pad (not shown in the figure) between the coupling surfaces of the two opposite sides between every two container data centers, and the protective pad can play a role of sealing, heat insulation, and moisture resistance. It plays a good role in protecting the equipment inside the container data center. the

In a preferred manner, the connecting piece 2 further includes at least two rubber protection strips, and the rubber protection strips are respectively located between the coupling piece 21 and the box frame of the two opposite side panels. As shown in Figure 4, when the coupling pieces 21 are fixedly connected to the box frame 11 of the container data center, a rubber protection strip 22 is also included between the coupling piece 21 and the box frame 11; during the specific installation process , one end of the rubber protection strip 22 can be fixed between one end of the coupling piece 21 and the box frame 11 of a container data center, and then the rubber protection strip 22 is reversely covered on the coupling piece 21, and then the rubber protection strip The other end of the bar 22 is fixed between the other end of the coupling piece 21 and the box frame 11 of another container-type data center. The rubber protective strip can play the role of sealing, heat insulation and moisture proof, and has a good protective effect on the equipment inside the container data center. the

Specifically, the embodiment of the utility model provides the following ways of coupling between container-type data centers. the

Method 1: The frames of the two side panels facing each other in the long-side direction between every two adjacent container-type data centers can be coupled, so that at least two container-type data centers can be connected in the long-side direction , expand the space utilization rate in the long-side direction, and facilitate the deployment and planning of devices inside the cluster, as shown in Figure 2. the

Method 2: The box frames of the side panels in the direction of the two short sides facing each two adjacent container-type data centers can be coupled (not shown in the figure), so that at least two container-type data centers can be The central connection is a long corridor with closed hot and cold passages, which further expands the application of inter-row air conditioners, reduces the PUE value of the container data center cluster, and improves the operating efficiency of the container data center cluster. the

Method 3: It is possible to couple the opposite bottom and top box frames between every two container-type data centers (not shown in the figure), which can expand the height of the internal space of the container-type data center and improve equipment accommodation Space, so that higher equipment can be set inside the containerized data center. the

In addition, according to the arrangement and combination of container-type data centers during specific implementation, the above-mentioned method 1, method 2 and method 3 can be used in combination to form a connected spatial structure inside the container-type data center cluster. the

Example two

Fig. 5 shows a top view of the containerized data center cluster provided by the embodiment of the present invention. As shown in Fig. 5, the containerized data center cluster includes: at least two containerized data centers 1 arranged side by side, each containerized At least two opposite side panels of the data center 1 include maintenance door frames 13, and each two opposite maintenance door frames 13 are coupled between every two adjacent container-type data centers, and are connected through at least two sets of connectors 2, wherein each set of connecting pieces 2 includes at least one coupling piece 21 and bolts (not shown in the figure) that match the screw holes on the coupling piece 21, and each coupling piece 21 bridges over two opposite maintenance on the door frame 13, and are respectively fixedly connected with two maintenance door frames 13 by bolts. the

In a preferred manner, the container-type data center cluster provided in this embodiment also has the protective pads and rubber protection strips as described in the first embodiment above, that is, the two opposite container-type data centers There is a protective pad (not shown in the figure) between the coupling surfaces on the side, and the connecting piece 2 also includes at least two rubber protection strips, and the rubber protection strips are respectively located between the coupling piece 21 and the box frame of the two opposite side panels , which will not be repeated here. the

Specifically, the embodiment of the utility model provides the following ways of coupling between container-type data centers. the

Method 1: When the maintenance door frame 13 is located on the side plate in the direction of the long side between container-type data centers 1, the two maintenance doors facing each other in the direction of the long side between every two adjacent container-type data centers 1 The frames 13 are coupled, so that a continuous maintenance channel or hot and cold air channels can be formed in the long side direction of the container data center 1, and the coupling is only installed at the maintenance door frame 13, which can reduce the difficulty of construction. the

Method 2: When the maintenance door frame 13 is located on the side panels in the short-side direction between container-type data centers 1, the two maintenance doors facing each other in the short-side direction between every two adjacent container-type data centers 1 The frame 13 is coupled, so that the short side direction of at least two container data centers 1 can be connected into a corridor with closed hot and cold aisles, reducing the PUE value of the container data center cluster and improving the operating efficiency of the container data center cluster. Moreover, the installation of the coupling piece is only carried out at the maintenance door, which can also reduce the difficulty of construction. the

Embodiment three

Fig. 6 shows a top view of the container-type data center cluster provided by the embodiment of the present invention. As shown in Fig. 5, the container-type data center cluster includes: at least two container-type data centers 1 arranged side by side, each container-type At least two opposite side panels of the data center 1 include maintenance door frames 13, and a connection frame 3 is passed between every two opposite maintenance door frames 13 between every two adjacent container data centers 1 Connected, as shown in Figure 7, the connecting frame 3 is a closed rectangular channel composed of four sides, the frames at both ends of the connecting frame 3 have bolt holes 31, and the two ends of the connecting frame 3 are connected to the two opposite maintenance doors respectively. The frames 13 are coupled and connected through at least two sets of connecting pieces 2, wherein each set of connecting pieces 2 includes at least one coupling piece 21 and bolts (not shown) that are adapted to the screw holes on the coupling piece 21, each The coupling piece spans 21 and is connected to the connection frame body 3 and the maintenance door frame 13, and is fixedly connected to the connection frame body 3 and the maintenance door frame 13 respectively by bolts. the

In a preferred manner, the connecting frame body 13 is a sheet metal structure, which can improve the stability of the container data center cluster. the

In a preferred manner, the container-type data center cluster provided in this embodiment also has the protective pads and rubber protection strips as described in the first embodiment above, that is, the two opposite container-type data centers There is a protective pad (not shown in the figure) between the coupling surfaces on the side, and the connecting piece 2 also includes at least two rubber protection strips, and the rubber protection strips are respectively located between the coupling piece 21 and the box frame of the two opposite side panels , which will not be repeated here. the

Specifically, the embodiment of the present utility model provides the following coupling modes between container-type data centers. the

Method 1: When the maintenance door frame 13 is located on the side plate in the direction of the long side between container-type data centers 1, the two maintenance doors facing each other in the direction of the long side between every two adjacent container-type data centers 1 The frame 13 is coupled with the two ends of the connecting frame body 3 respectively; in this way, in the process of specific construction, according to the specific terrain conditions, by using the connecting frame body 3 to couple with the maintenance door frame 13 in the long side direction, the The installation of the containerized data center cluster is fine-tuned to avoid difficult adjustments to the containerized data center. the

Method 2: When the maintenance door frame 13 is located on the side panels in the short-side direction between container-type data centers 1, the two maintenance doors facing each other in the short-side direction between every two adjacent container-type data centers 1 The frame 13 is coupled with the two ends of the connecting frame body 3 respectively; in this way, in the process of specific construction, according to the specific terrain conditions, by using the connecting frame body 3 to couple with the maintenance door frame 13 in the short side direction, the The installation of the containerized data center cluster is fine-tuned to avoid difficult adjustments to the containerized data center. the

Method 3. In the process of specific implementation, as shown in Figure 8, the length of the rectangular channel formed by connecting the frame body can be set to be greater than the width of the maintenance door, that is, the length of the rectangular channel formed by connecting the frame body 3 is greater than that of the maintenance door. Width, after the two ends of connection frame body 3 are respectively coupled with two opposite maintenance door frames 13 and fixedly connected, the opening leaf 14 of maintenance door can also be opened 90 degrees, and keep parallel with connection frame body, like this It can connect or cut off the maintenance channel and hot and cold air channels according to the specific conditions of equipment operation, and can also close the opening leaf of the maintenance door after removing the connecting frame 3 during transportation, so as to meet the isolation and protection requirements during transportation. the

To sum up, in a containerized data center cluster formed by at least two containerized data centers, the box frames of the two opposite side panels between every two adjacent containerized data centers are coupled, or Two maintenance door frames are coupled, or two opposite maintenance door frames are coupled with a connection frame, and the frames at the coupling are fixedly connected through at least two sets of connectors, so that the container data center can be tightly sealed, The splicing is smooth, which plays a good role in isolation and protection of the equipment in the container data center, so as to solve the problem in the prior art that after splicing multiple single-container data centers, the seal between the single-container data centers is not tight , The splicing is uneven, and it is impossible to achieve a good isolation and protection effect. the

Obviously, those skilled in the art can make various changes and modifications to the utility model without departing from the spirit and scope of the utility model. In this way, if these modifications and variations of the utility model belong to the scope of the claims of the utility model and equivalent technologies thereof, the utility model is also intended to include these modifications and variations. the

Claims (13)

1. container-type data center cluster; It is characterized in that, comprising: at least two permutation and combination become the container-type data center of rectangular parallelepiped, the box frame of two relative side plates coupling between adjacent per two container-type data centers; And through at least two the cover web members be connected; Wherein every suit web member comprises at least one male part, and each male part is connected across on the box frame of relative two side plates, and is fixedly connected with two box frames respectively.

2. container-type according to claim 1 data center cluster is characterized in that, the box frame coupling of two relative side plates specifically comprises between said adjacent per two container-type data centers:

The box frame coupling of the side plate between adjacent per two container-type data centers on relative two long side directions; Perhaps

The box frame coupling of the side plate between adjacent per two container-type data centers on relative two short side directions; Perhaps

The box frame of opposed bottom surface and end face coupling between adjacent per two container-type data centers.

3. container-type according to claim 1 data center cluster is characterized in that, also has anti-protection pad between the coupling surface of the box frame of two relative side plates coupling between two adjacent container-type data centers.

4. container-type according to claim 1 data center cluster is characterized in that said web member also comprises at least two rubber guard strips, and said rubber guard strip lays respectively between the box frame of said male part and said relative two side plates.

5. container-type data center cluster; It is characterized in that; Comprise: at least two container-type data centers that are arranged side by side comprise the maintenance door framework at least two opposing sideplates of each container-type data center, per two two relative maintenance door framework couplings between adjacent per two container-type data centers; And through at least two the cover web members be connected; Wherein every suit web member comprises at least one male part, and each male part is connected across on two relative maintenance door frameworks, and is connected with two maintenance door frame fixation respectively.

6. container-type according to claim 5 data center cluster is characterized in that, said maintenance door framework is on the side plate on long limit or the short side direction between the container-type data center.

7. container-type according to claim 5 data center cluster is characterized in that, also has anti-protection pad between the coupling surface of per two two relative maintenance door frameworks couplings between adjacent per two container-type data centers.

8. container-type according to claim 5 data center cluster is characterized in that said web member also comprises at least two rubber guard strips, and said rubber guard strip lays respectively between said male part and said two the relative maintenance door frameworks.

9. container-type data center cluster; It is characterized in that; Comprise: at least two container-type data centers that are arranged side by side, comprise the maintenance door framework at least two opposing sideplates of each container-type data center, connect framework through one between per two two relative maintenance door frameworks between adjacent per two container-type data centers and be communicated with; Said connection framework is the closed oblong channels that four faces are formed; The two ends of said connection framework are coupled with two relative maintenance door frameworks respectively, and are connected through at least two cover web members, and wherein every suit web member comprises at least one male part; Each male part is connected across and connects on framework and the maintenance door framework, and respectively be connected framework and be connected with the maintenance door frame fixation.

10. container-type according to claim 9 data center cluster is characterized in that, said maintenance door framework is on the side plate on long limit or the short side direction between the container-type data center.

11. container-type according to claim 9 data center cluster is characterized in that the length of the oblong channels that said connection box body forms is greater than the width of maintenance door.

12. container-type according to claim 9 data center cluster is characterized in that, the two ends of said connection framework also have anti-protection pad respectively and between the coupling surface of two relative maintenance door frameworks couplings.

13. container-type according to claim 9 data center cluster is characterized in that said web member also comprises at least two rubber guard strips, said rubber guard strip lays respectively at said male part and is connected between framework and two the said maintenance door frameworks with said.

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