Design method of integrated energy-saving communication tower

Abstract

The invention discloses a design method of an integrated energy-saving communication tower. The design method comprises the following steps: 1, determining the total installation height of equipment; secondly, the initial diameter of the tower body is estimated, and an equipment bin door is arranged on the outer side of the position of an equipment bin of the tower body; 3, estimating the taper of the tower body; 4, designing a rainproof drainage structure; 5, separately arranging strong and weak current equipment and routing; 6, mounting an unpowered hood on the top of the tower body; 7, establishing an entity model; 8, installing a fire extinguisher and forming a hand hole. The initial diameter of the tower body is estimated, the equipment bin door is arranged on the outer side of the equipment bin of the tower body, the taper of the tower body is estimated, a rainproof and drainage structure is designed, the chimney effect and an unpowered hood are used for cooling and reducing energy consumption, the equipment bin is designed in the tower body to meet the requirement for installation and use of 5G equipment, and a fire extinguisher is arranged to increase fireproof facilities; strong and weak electricity are distributed separately, potential safety hazards are avoided, optical cables of operators are prevented from being exposed, and higher safety and attractiveness are achieved.

Description

technical field [0001] The invention belongs to the technical field of communication tower design, in particular to a design method of an integrated energy-saving communication tower. Background technique [0002] Under the premise of the rapid construction of 5G networks, communication towers also put forward higher requirements for safe and energy-saving construction. Some traditional cabinet foundations do not reserve external power transmission inlet holes, which brings certain security risks. The absence of markings in the reserved holes causes the operator's optical cables to directly penetrate the cabinets, and the exposed cables of the cabinets affect the appearance of the city. Existing communication towers operate in an external cabinet room, which covers a large area and costs a lot. Lighting, air conditioners and other equipment are used in the cabinet, and the high energy consumption increases the operating cost of the enterprise. The traditional cabinet foundat...

AI Technical Summary

Problems solved by technology

Some traditional cabinet foundations do not reserve external power transmission inlet holes, which brings certain safety hazards. The reserved holes have no signs, which leads to the operator's optical cables directly entering the cabinets, and the exposed cables of the cabinets affect the appearance of the city.

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