Precise air conditioner draught fan monitoring method

Abstract

The invention discloses a precise air conditioner draught fan monitoring method. The method includes the steps that an intelligent analysis object of a monitoring system is created; a communication object of the monitoring system is created for temperature and humidity parameter detecting nodes; an air conditioner control unit is built for an air conditioner; a new wind machine control unit is built for a new wind machine; a switching state communication object is created, connection with switching detecting nodes is achieved, and the switching detecting nodes are connected with all switches; monitoring zones in the monitoring system are defined according to zones, wherein the monitoring zones comprise the temperature and humidity parameter detecting nodes; a congruent relationship between the communication object of the monitoring system and monitoring zone objects; adjusting objects of the zones are assigned according to zone object serial numbers; data of the temperature and humidity parameter detecting nodes are obtained through the communication object of the monitoring system and are stored into a database; and the intelligent analysis object conducts intelligent analysis on the database, a control relationship among of the air conditioner control unit, the new wind machine control unit and the zone objects of the monitoring system is built, and the air conditioner and the new wind machine are controlled through the control relationship.

Description

technical field [0001] The invention relates to the technical field of machine room environment monitoring, in particular to a precision air-conditioning fan monitoring method. Background technique [0002] With the rapid development of information technology and the gradual introduction of smart cities, in order to ensure the needs of information construction, it is necessary to establish a large number of central computer rooms, laboratories, laboratories, constant temperature and humidity warehouses, etc. The temperature and humidity requirements are high, and if the temperature and humidity do not meet the requirements, it is easy to cause serious consequences such as equipment damage or culture deterioration. In traditional processing, multiple air conditioners and fresh air fans are installed in areas that require temperature and humidity control, and the air conditioners and fresh air fans are kept running for a long time to ensure temperature and humidity parameters....

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of information technology and the gradual introduction of smart cities, in order to ensure the needs of information construction, it is necessary to establish a large number of central computer rooms, laboratories, laboratories, and constant temperature and humidity warehouses. The temperature and humidity requirements are high, and if the temperature and humidity do not meet the requirements, it is easy to cause serious consequences such as equipment damage or culture deterioration

In traditional processing, multiple air conditioners and fresh air fans are installed in areas that require temperature and humidity control, and the air conditioners and fresh air fans are kept running for a long time to ensure temperature and humidity parameters. However, on the one hand, the control may not be accurate, and the set parameters may not meet the requirements of the site. Environmental needs. On the other hand, the long-term use of multiple air conditioners and fresh air fans may be unnecessary, resulting in energy waste. However, through human management, it is often unknown which air conditioners and fresh air fans should be turned off and which should be turned on.

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