Energy-saving assembled machine room and dynamic loop control system thereof

Abstract

The embodiment of the invention provides an energy-saving assembled machine room and a dynamic loop control system thereof. The energy-saving assembled machine room comprises machine room walls, the machine room walls comprise plate base bodies, each plate base body comprises an EPS honeycomb isolation thermal insulation material, a flame retardant and coal cinder powder, the EPS honeycomb isolation thermal insulation material, the flame retardant and the coal cinder powder are mixed according to a certain proportion to form material particles, and relatively independent isolation cabins are formed among the material particles. The energy-saving assembled machine room is formed by splicing and connecting the multiple machine room walls through steel bars and has the advantages of being high in fireproof performance, obvious in noise reduction effect, short in construction period, small in pollution and the like. The dynamic loop control system with the real-time monitoring and real-time controlling functions has the advantage that it is guaranteed that communication equipment in the energy-saving assembled machine room can stably operate under the preset working condition at any time.

Description

technical field [0001] The invention relates to the technical field of communication machine room construction, in particular to an energy-saving assembled machine room and a dynamic ring control system thereof. Background technique [0002] The communication room is a room mainly used to carry the main communication equipment of mobile, telecom, China Unicom and other operators, as well as supporting power supply, transmission and other equipment. The internal physical environment needs to be strictly controlled, which is mainly divided into several aspects: Temperature, power, floors, fire protection systems, etc. The common communication room usually adopts the traditional brick or concrete structure. Specifically, it is constructed by transfer or concrete on site according to the design drawings. The construction method is similar to that of ordinary brick-concrete structure houses. [0003] This kind of construction method will have the following problems: ①, the pollu...

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Problems solved by technology

[0003] This kind of construction method will have the following problems: ①, the pollution to the surrounding environment is relatively large, and the construction period is relatively long, and the construction is difficult, especially in the winter rainy season; ②, brick-concrete or concrete walls The natural heat absorption and heat dissipation coefficient of the communication equipment room is very high, so the communication equipment room needs to spend a lot of electricity to maintain the indoor temperature. For example, in order to reduce the temperature generated by the operation of the equipment, the power consumption in the equipment room in summer accounts for 58% of the overall electrical energy consumption of the equipment room. The power loss due to the heat transfer on the wall of the isolated computer room accounts for 42%, and the heat transfer factor accounts for about 40% of the electricity consumption of the air conditioner; ③, the operation of equipment in the computer room will generate a lot of noise, which will easily affect the daily life of the surrounding residents

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