CN203167499U - Efficient heat radiation cooling device for IT device - Google Patents

Abstract

The utility model provides a high-efficiency heat dissipation and cooling device for IT equipment, which includes a closed cabinet body as a whole. The inside of the cabinet body is divided into an air supply area, a heat exchange area and a return air area. A plurality of devices are placed in the heat exchange area; The air duct is connected to the air supply area inside the cabinet, and the communication between the air supply area and the heat exchange area is realized by the ventilation hole on one end of the device. This high-efficiency heat dissipation cooling device for IT equipment can save energy.

Description

A high-efficiency cooling device for IT equipment

technical field

The utility model relates to the technical field of heat dissipation, in particular to a high-efficiency energy-saving heat dissipation and cooling device for IT equipment.

Background technique

With the advent of the information age, more and more Internet Data Centers (IDCs for short) have been established. In the traditional technology, in order to solve the heat dissipation of the IT equipment in the computer room, a precision air conditioner is used to cool down the overall environment in the computer room. The cooling power of the air conditioner is configured according to the area of the entire computer room and the total power of the IT equipment. The ambient temperature is used to dissipate heat for the IT equipment arranged in the cabinets in the computer room. In this way, the cooling capacity of the air conditioner is largely consumed in the building maintenance space structure of the machine room that has nothing to do with the equipment inside the cabinet. At the same time, the heat of the IT equipment in the cabinet is discharged into this space, resulting in high energy consumption for heat dissipation. low efficiency. This is inconsistent with the national policy of energy conservation and emission reduction.

Utility model content

In view of this, it is necessary to address the above problems and provide an efficient heat dissipation and cooling device for IT equipment that can save energy.

The utility model provides a high-efficiency heat dissipation and cooling device for IT equipment, which includes a closed cabinet as a whole. The inside of the cabinet is divided into an air supply area, a heat exchange area and a return air area. At least one device is placed in the heat exchange area; an air supply duct Connect the air supply area inside the cabinet, and the connection between the air supply area and the heat exchange area is realized by the ventilation hole on one end of the device; a return air duct connects the return air area inside the cabinet.

Preferably, the communication between the air return area and the heat exchange area is realized by a vent on the other end of the device.

Preferably, the heat exchange area is divided into a plurality of equipment storage areas from top to bottom, and each of the equipment storage areas is used to place a corresponding equipment; it also includes baffles, and the equipment storage areas where no equipment is placed are covered by baffles enclosed area.

As a preference, a plurality of deflectors are provided on the air return area, and each deflector corresponds to an equipment storage area; each of the equipment storage areas is provided with a pressure/temperature detector for controlling the corresponding deflector .

Preferably, the high-efficiency heat dissipation and cooling device for IT equipment further includes a blower, placed at an end of the return air area away from the return air duct.

As a preference, the number of the cabinet bodies is more than two, and a common air channel is provided between two adjacently placed cabinet bodies, and the air supply air channel is connected to the common air channel; the cabinet A guide hole is provided on the side of the air supply area of the main body, and the airflow of the common ventilation channel enters the air supply area of the cabinet body through the guide hole.

Preferably, the size of the guide hole is adjustable.

As a preference, the high-efficiency heat dissipation and cooling device for IT equipment also includes an adjustable air volume air supply device and an adjustable air volume return air device, and the air supply air channel sends air to the cabinet body through the adjustable air volume air supply device. In the air supply area, the return air duct returns air to the return air area of the cabinet body through the return air device with adjustable air volume.

The utility model also provides a high-efficiency heat dissipation and cooling device for IT equipment, which includes a closed cabinet as a whole, and the inside of the cabinet is divided into an air supply area, a heat exchange area and a return air area; area, when no equipment is placed in the equipment storage area, a baffle is provided between the air supply area and the equipment storage area to block the flow of air, and a baffle is provided between the air supply area and the equipment storage area to block air flow.

The high-efficiency cooling device for IT equipment of the present utility model is a closed cabinet body as a whole. The interior of the cabinet body is divided into an air supply area, a heat exchange area and a return air area. The air circulation must go through heat exchange from the air supply area to the return air area. The part where the equipment is placed in the area, such precise control, greatly improves the heat exchange efficiency inside the cabinet body and saves a lot of energy.

Description of drawings

Fig. 1 is a schematic diagram of an embodiment of the high-efficiency cooling device for IT equipment of the present invention.

FIG. 2 is a schematic diagram of a common air duct between the second cabinet body and the third cabinet body shown in FIG. 1 .

FIG. 3 is a schematic diagram of area division inside the cabinet body shown in FIG. 1 .

Explanation of reference numbers

First Indoor Space 1 Second Indoor Space 2

Refrigerator 3 Raised floor 4 Air supply duct 5

The first cabinet body 7 The second cabinet body 8 The third cabinet body 9

Main return air duct 11a Branch return air duct 11b

Common ventilation channel 13 diversion hole 14

Equipment containment area 15 Equipment 16

Baffle 18 Blower 19 Baffle 21

Detailed ways

As shown in Figure 1, the IT equipment of the present utility model performs high-efficiency energy-saving heat dissipation and cooling device, including a first indoor space 1 and a second indoor space 2 arranged adjacently, the cabinet body is placed in the first indoor space 1, and the refrigerator 3 is placed In the second indoor space 2. In this way, the refrigerator 3 is placed in another room, so that when the refrigerator 3 is repaired and maintained, the equipment inside the cabinet body is not affected as much as possible.

Both the first indoor space 1 and the second indoor space 2 have a building floor, and a raised floor 4 is arranged above the building floor. An elevated space is formed between the building floor and the raised floor 4. The raised space is mainly used for accommodating cables or pipes, cooling air The air is sent from the refrigerator to the cabinet body through the overhead space, where the overhead space can be understood as an air supply duct.

The cabinet body is placed on the raised floor. The cabinet body is closed as a whole. The sides of the cabinet body are air-tight metal plates, and the front and back are air-tight metal plates or glass plates. The top and bottom of the cabinet body are left to be flexible. The selected cold air inlet, hot air outlet and cable port, etc., all require sealing.

In this embodiment, there are three cabinet bodies, named as the first cabinet body 7 , the second cabinet body 8 and the third cabinet body 9 respectively. The first cabinet body 7 is placed separately, and the second cabinet body 8 and the third cabinet body 9 are placed adjacently in combination. The first cabinet body 7, the second cabinet body 8 and the third cabinet body 9 are all closed spaces, each having an air supply area A, a heat exchange area B and a return air area C, and the heat exchange area B is located between the air supply area A and the air return area C. Between return air zone C. The raised floor 4 is provided with a plurality of through holes, and for the first cabinet body 7 , the air supply duct 5 is connected to the air supply area of the cabinet body through the through holes. It should be understood that the branch air duct is connected to the air supply area of the cabinet body through the through hole, and an air supply device capable of adjusting the air volume is used, such as a variable air volume stepless speed regulating fan.

The return air duct is arranged above the cabinet body for connecting the refrigerator 3 and the cabinet body. The return air duct includes a main return air duct 11a and a branch return air duct 11b, and the branch return air duct 11b is connected to the return air area C of the cabinet body. It should be understood that the branch return air duct is connected to the return air area of the cabinet body through the through hole, which uses a return air device that can adjust the air volume, such as a variable air volume stepless speed regulating fan.

The second cabinet body B and the third cabinet body C are arranged adjacent to each other, and there is a common air duct 13 between them. The side of the air supply area A of the cabinet body is provided with a guide hole 14. The common air duct 13 The wind enters the air supply area A of the cabinet body through the guide hole 14, and then comes out from the air return area C of the cabinet body. In the direction of the air supply, the size of the common air duct 13 gradually becomes smaller, which is beneficial to when the cold wind is transmitted from bottom to top, and maintains a certain pressure when it is at the top, so as to be pressed into the top of the cabinet body. At the same time, the common air duct has a static pressure function.

The heat exchange area B of the cabinet body is provided with a plurality of equipment storage areas 15 from top to bottom, and each equipment storage area 15 is used to place a device 16. Generally speaking, as IT equipment such as servers and switches, due to the heat dissipation Requirements, the equipment must be provided with several ventilation holes (not shown). According to needs, some equipment storage areas 15 are equipped with equipment 16, and some equipment storage areas are not equipped with equipment. The equipment accommodating area 15 where no equipment is placed is enclosed by the baffle plate 18 to form a closed space without air circulation.

In this way, the wind of the air supply duct 5 is sent in from the air supply area A of the cabinet body, and passes through the equipment accommodation area 15 to the return air area C of the cabinet body. Wind device, there is a return air device (not shown) that can adjust the air volume between the return air duct and the cabinet body, and a strong convection air channel is formed in the front and rear of the equipment storage area 15 where the equipment is placed, which is beneficial to the cold air and equipment. Full heat exchange.

Due to the different usage conditions of each equipment, the temperature and air pressure of each equipment storage area 15 where the equipment is placed are different. When the air flow is discharged from each equipment storage area 15, the air pressure is different. It is easy to cause a gas barrier effect, that is, the gas below cannot flow upward and cannot enter the return air duct. Therefore, a blower 19 is provided at the bottom of the return air area to strengthen the upward flow of the gas below. At the same time, since the airflow in the equipment storage area 15 may cause backflow due to hitting the wall, a plurality of deflectors 21 are arranged in the return air area corresponding to each equipment storage area 15, and each deflector 21 corresponds to one equipment storage area 15 , the equipment storage area 15 has a built-in temperature/pressure detector. When a relatively high temperature or pressure value is measured, the signal is transmitted to the control unit of the high-efficiency heat dissipation cooling device of the entire IT equipment, and the control unit adjusts the corresponding deflector according to the signal 21. The placement angle of the deflector 21 is changed, and the flow of the airflow at the rear end of a specific equipment storage area 15 is changed. In this way, the airflow of each equipment storage area 15 can be adjusted sensitively.

And it should be noted that the size of the diversion hole can be adjusted to control the air intake. When the measurement equipment storage area gets a relatively high temperature or pressure value, the signal is transmitted to the control unit of the efficient heat dissipation and cooling device of the entire IT equipment. The control unit according to This signal adjusts the corresponding deflector.

The high-efficiency heat dissipation and cooling device for IT equipment has a control unit. There are temperature sensors and humidity sensors in the cabinet body, the first indoor space and the second indoor space. When the temperature or humidity inside a certain cabinet body is relatively high or low, the corresponding The temperature or humidity sensor inside the cabinet body transmits the temperature information to the system control module, and the system control module analyzes the next action behavior based on the collected information, and generates a trigger signal to trigger the air supply device with adjustable air volume, which can adjust the air volume The air supply device dynamically adjusts the air volume of the air supply according to the signal transmitted by the system control module, so that the temperature or humidity inside the cabinet body is kept within a predetermined range.

The above-mentioned embodiments only express several implementations of the utility model, and the description thereof is relatively specific and detailed, but it should not be construed as limiting the patent scope of the utility model. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the scope of protection of the utility model patent should be based on the appended claims.

Claims (10)

1. A high-efficiency heat dissipation and cooling device for IT equipment, comprising a closed cabinet as a whole, characterized in that: The inside of the cabinet is divided into an air supply area, a heat exchange area and a return air area, and at least one device is placed in the heat exchange area; An air supply duct connects the air supply area inside the cabinet, and the communication between the air supply area and the heat exchange area is realized by the ventilation hole on one end of the equipment; A return air duct connects the return air area inside the cabinet. 2. The high-efficiency cooling device for IT equipment according to claim 1, characterized in that: the communication between the return air area and the heat exchange area is realized by a ventilation hole on the other end of the equipment. 3. The efficient cooling device for IT equipment according to claim 2, characterized in that: The heat exchange area is divided into a plurality of equipment accommodation areas from top to bottom, and each equipment accommodation area is used to place a corresponding equipment; It also includes a baffle, and the equipment storage area where no equipment is placed is surrounded by the baffle to form a closed area. 4. The efficient cooling device for IT equipment according to claim 2, characterized in that: The air return area is provided with a plurality of deflectors, and each deflector corresponds to an equipment accommodation area; Each of the equipment containing areas is provided with a pressure/temperature detector for controlling the corresponding deflector. 5. The high-efficiency heat dissipation and cooling device for IT equipment according to claim 1, further comprising a blower placed at an end of the return air area away from the return air duct. 6. The efficient cooling device for IT equipment according to claim 1, characterized in that: The number of the cabinet bodies is more than two, and a common air channel is provided between two adjacently placed cabinet bodies, and the air supply air channel is connected to the common air channel; A guide hole is provided on the side of the air supply area of the cabinet body, and the airflow of the common air channel enters the air supply area of the cabinet body through the guide hole. 7. The high-efficiency cooling device for IT equipment according to claim 6, characterized in that: the size of the guide hole is adjustable. 8. The high-efficiency heat dissipation and cooling device for IT equipment according to claim 1, characterized in that: it also includes an air supply device with adjustable air volume and an air return device with adjustable air volume, and the air supply duct passes through the air supply device with adjustable air volume. The wind device sends air to the air supply area of the cabinet body, and the return air duct returns air to the return air area of the cabinet body through the return air device with adjustable air volume. 9. A high-efficiency heat dissipation and cooling device for IT equipment, characterized in that it comprises a closed cabinet as a whole, and the inside of the cabinet is divided into an air supply area, a heat exchange area and a return air area; The heat exchange area is divided into multiple equipment storage areas from top to bottom. When no equipment is placed in the equipment storage area, a baffle is set between the air supply area and the equipment storage area to block the flow of air. The air supply area A baffle is provided between the device accommodation area to block air flow. 10. The efficient cooling device for IT equipment according to claim 9, characterized in that: The air return area is provided with a plurality of deflectors, and each deflector corresponds to an equipment accommodation area; Each of the equipment containing areas is provided with a pressure/temperature detector for controlling the corresponding deflector.

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