Energy-saving communication base station room

Abstract

The invention relates to an energy-saving communication base station room, which comprises a structural system, a wall surface structure, a rooftop-roofing structure and a ground structure. The structural system consists of a wall structure and a rooftop structure; in the wall structure, an outer and inner double-layer steel structure consists of columns and boundary beams; the rooftop structure consists of a roofing structure and a hung ceiling structure; the wall surface structure adopts a double-layer heat insulation composite structure and consists of an inner wallboard, an outer wallboard and a heat insulating layer arranged between the inner and outer wallboards; the rooftop-roofing structure adopts the double-layer heat insulation composite structure; and a heat insulation layer is formed between a hung ceiling and the roofing structure in a rooftop. The room of the invention completely prevents the occurrence of a cold bridge because the roofing and wall of the room adopt the double-layer heat insulation composite structure, and simultaneously, plays a role in vapor isolation, heat preservation and condensation prevention because an aluminum foil is arranged outside heat insulation cotton; and the structure of the room is completely assembled and components are all connected through bolts, so the room has the advantages of safe construction, detachability, mobility, reusability, recycling performance, environmental friendliness, increased structural safety, long service life, contribution to burglary prevention, exquisite design, convenient mounting, low cost, wide application range and popularization value.

Description

Technical field: [0001] The invention relates to an outdoor communication base station machine room structure for a communication system, and more specifically relates to an energy-saving communication base station machine room. Background technique: [0002] In the prior art, wireless communication cannot carry out long-distance transmission due to the characteristics of the system itself, so a sufficient number of outdoor base stations have to be established. Most of these base stations are built in the open field, exposed to the scorching sun in summer and exposed to cold wind in winter, and the ideal working environment temperature for the communication equipment installed in the base station is 10-30°C. However, in order to save costs and facilitate construction, most of the base station computer rooms adopt steel structure sandwich color board rooms. It is obvious that such structural computer rooms cannot meet the needs of heat preservation, and have to use cold and w...

AI Technical Summary

Problems solved by technology

However, in order to save costs and facilitate construction, most of the base station computer rooms adopt steel structure sandwich color board rooms. It is obvious that such structural computer rooms cannot meet the needs of heat preservation, and have to use cold and warm air-conditioning equipment to achieve an ideal working environment. Therefore, the base station It has also become a major energy consumer

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