Data room heat dissipation system based on neural fuzzy control

Abstract

The invention discloses a data room heat dissipation system based on neural fuzzy control. The heat dissipation system comprises a power monitoring unit used for collecting real-time power parametersof equipment, a temperature and humidity monitoring unit, a central control unit, a cooling and radiating circulation unit and a controllable water curtain heat preservation unit, wherein the temperature and humidity monitoring unit is used for collecting real-time temperature and humidity parameters outside the room, in the cooling and radiating circulation unit, in the controllable water curtainheat preservation unit and in the room; the central control unit is used to predict the temperature and humidity of the room and output a control command to the cooling and radiating circulation unitor / and the controllable water curtain heat preservation unit; the cooling and radiating circulation unit is used for executing the control command of the central control unit and adjusting the temperature and humidity of the room; and the controllable water curtain heat preservation unit is used for executing the control command of the central control unit and adjusting the temperature of the room. According to the system, the temperature and humidity of the data room can be dynamically adjusted in real time, so that the effects of intelligent adjustment control, trend prediction, energy saving management, energy consumption reduction, operation cost reduction and the like are achieved.

Description

technical field [0001] The invention relates to the field of ventilation and heat dissipation and automatic control, in particular to a data machine room heat dissipation system and method based on neuro-fuzzy control. Background technique [0002] The degree of informatization in social development is increasing. Informatization is built by various servers and communication equipment. The energy consumption of information equipment is mainly electricity, and the heat dissipation and cooling requirements of information equipment account for most of the electricity. With the increase of the operating power cost of the computer room and the expansion of the information network, the electricity expense of the computer room is gradually increasing, and the heat dissipation and cooling electricity expense of information equipment accounts for a large proportion. According to statistical analysis, the average heat dissipation and cooling electricity expense of each information dev...

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