Heat dissipation type space enclosing structure suitable for high-density heating objects

Abstract

The invention provides a heat dissipation type space enclosing structure suitable for high-density heating objects and belongs to the technical field of space enclosing structures. The heat dissipation type space enclosing structure is suitable for the objects, such as a machine room, a communication base station and other buildings which have the high-density heating feature and need to dissipate heat, needing dissipation of a great amount of heat or strict temperature control. The heat dissipation type space enclosing structure is simple, economical and practical, convenient to mount, capable of dissipating the heat easily and easy to implement. The heat dissipation type space enclosing structure comprises a wall body composed of multiple block bricks. A partition plate is arranged around the periphery of the outer side of the wall body. A first air inlet is formed in the bottom of the partition plate. A direct evaporative cooler is arranged on the lower portion of a space between the partition plate and the wall body. The first air inlet corresponds to a second air inlet in the bottom of the direct evaporative cooler. A gravity heat pipe is obliquely fixed into a brick hole in each block brick through a packing medium. The height of the evaporation end of each gravity heat pipe is lower than that of the condensate end.

Description

technical field [0001] The invention belongs to the technical field of enclosure structures, and in particular relates to a heat-dissipating enclosure structure suitable for high-density heating objects, suitable for objects that require a large amount of heat dissipation or strict temperature control, such as computer rooms, communication base stations, etc. Cooling buildings. Background technique [0002] At present, for buildings with built-in high-density heating devices, such as computer rooms and communication base stations, because a large number of precision equipment are installed in them, a large amount of heat will be released during the operation of the equipment, so such buildings have strict requirements on temperature. For many years, the main heat dissipation equipment for such buildings has been professional precision air conditioners. Most of these air conditioners are set to work in the "forced cooling" or "automatic start" mode, and the air conditioners i...

AI Technical Summary

Problems solved by technology

For many years, the main heat dissipation equipment for such buildings has been professional precision air conditioners. Most of these air conditioners are set to work in the "forced cooling" or "automatic start" mode, and the air conditioners in some buildings are even turned on all year round. The organizational form of thermal airflow, but the phenomenon of power waste is still relatively common and serious

With the replacement of computer equipment, the power density of IT equipment is getting higher and higher, the number of computer rooms is increasing, and the area of ​​the computer room is getting larger and larger. In the case of the global energy problem is becoming more and more prominent, although the energy efficiency ratio of air-conditioning and cooling in the computer room is low. It has been improved, but the power consumption is still too high, which has always troubled the operators and users of the computer room. Therefore, it is very important to study a heat-dissipating enclosure structure that consumes less energy, has one-way heat exchange, and is suitable for high-density heating objects.

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