Anti-radiation composite wallboard for electric power dispatching machine room

Abstract

The invention discloses an anti-radiation composite wallboard for an electric power dispatching machine room. The anti-radiation composite wallboard comprises wallboard main bodies, a top board, a room body and a bottom board, the room body is mounted at the top end of the bottom board, the wallboard main bodies are evenly mounted at the two ends and on the two sides of the room body correspondingly, protrusions are arranged on one sides of the wallboard main bodies correspondingly, grooves are formed in the other sides of the wallboard main bodies correspondingly and connected with the protrusions on the adjacent wallboard main bodies, heat-preservation boards are mounted on one sides inside the wallboard main bodies correspondingly, and pieces of sound insulation cotton are mounted in the positions, on one sides of the heat-preservation boards, of the wallboard main bodies. By mounting solar cell panels, solar energy can be converted into available electric energy, and the electric energy is stored in a storage battery pack, so that energy consumption is greatly reduced, the wallboard is provided with the protrusions and the grooves, thus mounting and demounting are convenient, and the machine room is convenient to expand.

Description

technical field [0001] The invention relates to the technical field of building materials, in particular to a radiation-proof composite wallboard for a power dispatching machine room. Background technique [0002] With the continuous development of society, energy conservation, environmental protection, and sustainable development are becoming more and more prominent in the national development strategy. Social resources are limited. Saving energy is not only to save costs, but also to benefit future generations. It is understood that the three major telecommunications In the power consumption of operators, base stations and computer rooms account for 88%, mainly for air conditioning and cooling to maintain the normal operating temperature of equipment. The total power consumption even exceeds the energy consumption of some small countries in Europe. The base stations and computer rooms of telecom operators In order to ensure the normal operation of the internal equipment, t...

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Problems solved by technology

[0002] With the continuous development of society, energy conservation, environmental protection, and sustainable development are becoming more and more prominent in the national development strategy. Social resources are limited. Saving energy is not only to save costs, but also to benefit future generations. It is understood that the three major telecommunications In the power consumption of operators, base stations and computer rooms account for 88%, mainly for air conditioning and cooling to maintain the normal operating temperature of equipment. The total power consumption even exceeds the energy consumption of some small countries in Europe. The base stations and computer rooms of telecom operators In order to ensure the normal operation of the internal equipment, the indoor temperature needs to be kept at around 26°C. The current conventional solution is to install an air conditioner in the computer room and keep it running throughout the year to ensure that the equipment in the computer room is at a normal working temperature. This makes the air conditioner consume a lot of electric energy, which is costly and not energy-saving and environmentally friendly. Most of the traditional communication base station computer rooms adopt a masonry structure. This construction method has thicker walls and requires a lot of masonry on site. And concrete pouring work, more wet work, slower construction speed, difficult quality control, greater impact on the surrounding environment, and the existing machine room construction often uses wall panels for assembly, but most of the existing wall panels are simple in structure , but it is casted with cement mortar through a mold, so its strength is not high, and the effect of waterproof, fireproof, heat preservation and sound insulation is poor, so it cannot meet people's use needs

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