Intelligent temperature control adiabatic cooling channel for communication machine room

Abstract

The invention discloses an intelligent temperature control adiabatic cooling channel for a communication machine room. A cooling channel is positioned underground below the communication machine room and comprises a heat-insulating channel of which the upper end is opened and a cooling distribution floor arranged on the heat-insulating channel in a covering manner; the heat-insulating channel is a channel which is defined by a left side plate, a right side plate and a base plate and is provided with a U-shaped cross section; the heat-insulating channel comprises three layers of an outer reinforcing fireproof layer, a middle heat insulating layer and an inner reinforcing fireproof layer; the cooling distribution floor consists of a plurality of floor units; the floor units comprise three kinds of temperature control floor units, ventilation floor units and heat-insulating floor units; an EC fan is arranged in each temperature control floor unit; the temperature control floor units are arranged below high-power-consumption equipment in the communication machine room; the ventilation floor units are arranged below low-power-consumption equipment in the communication machine room; the heat-insulating floor units are arranged underground below the parts where no equipment is arranged in the communication machine room. The intelligent temperature control adiabatic cooling channel disclosed by the invention has the advantages that the energy-saving effect is remarkable; by adopting a modular structure, flexible configuration can be realized according to the size of the communication machine room and power consumption and heat dissipation of communication equipment.

Description

technical field [0001] The invention relates to a cold delivery channel, in particular to an intelligent temperature-controlled adiabatic cold delivery channel for communication equipment rooms. Background technique [0002] At present, the communication equipment room uses air conditioners to deliver cooling to the communication equipment under the floor, and there are the following problems: (1) There is basically no cold delivery channel or the cooling channel adopts heat insulation measures, which causes the consumption of cooling capacity of the communication equipment room air conditioner during the transmission process; (2) It cannot Accurately allocate cooling according to communication energy consumption and heat dissipation, resulting in insufficient cooling capacity for high-heat-generating equipment or equipment that is far away from the air conditioner, resulting in a high-temperature "heat island" phenomenon, which may lead to high-temperature shutdown of commu...

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Problems solved by technology

[0002] At present, the communication equipment room uses air conditioners to deliver cooling to the communication equipment under the floor, and there are the following problems: (1) There is basically no cold delivery channel or the cooling channel adopts heat insulation measures, which causes the consumption of cooling capacity of the communication equipment room air conditioner during the transmission process; (2) It cannot Accurately allocate cooling according to communication energy consumption and heat dissipation, resulting in insufficient cooling capacity for high-heat-generating equipment or equipment that is far away from the air conditioner, resulting in a high-temperature "heat island" phenomenon, which may lead to high-temperature shutdown of communication equipment or damage to boards; When the "heat island" phenomenon of high temperature in the communication equipment room occurs, passively respond by lowering the temperature setting of the air conditioner in the equipment room

In summer, every time the cooling set point of the air conditioner is lowered by one degree Celsius, the energy consumption of the air conditioner will increase by about 7%. 3 degrees Celsius to 5 degrees Celsius, increasing the energy consumption of the air conditioner in the computer room by more than 30%, resulting in a huge waste of energy consumption for the air conditioner in the communication computer room

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