Intelligent temperature adjusting and controlling system based on regionalized management

Abstract

The invention discloses an intelligent temperature adjusting and controlling system based on regionalized management. The system comprises a region partitioning module, a region classifying module, a temperature detecting module, a temperature analyzing module and a temperature adjusting module, wherein the region partitioning module is used for partitioning a target region into n sub regions; the region classifying module is used for classifying the n sub regions into first region units and second region units; the temperature detecting module is used for detecting temperatures in the 2n region units; the temperature analyzing module is used for analyzing the temperatures in the 2n region units and outputting results; and the temperature adjusting module is used for adjusting temperatures in the n sub regions according to the temperature analysis results. According to the intelligent temperature adjusting and controlling system, firstly the target region is partitioned into the multiple sub regions, then the multiple sub regions are classified into first region units and second region units, then a preset temperature range is set, and finally the first regions unit and the second region units are subjected to temperature adjustment according to the results of comparison of the practical temperatures of the first region units and the second region units in the multiple sub regions with the preset temperature range, the pertinence and effect of temperature adjustment are improved, and furthermore, energy is effectively saved.

Description

Technical field [0001] The invention relates to the technical field of temperature hierarchical control, and in particular to an intelligent temperature control system managed by regions. Background technique [0002] Generally, even in the same space, there are certain differences in air temperature due to different locations, especially in seasons with large temperature differences such as winter or summer, and specific spaces that require air-conditioning to adjust the temperature. There are greater requirements for the accuracy of the regulation and the effect of the temperature regulation, and the above-mentioned situation will affect the uniformity of the temperature due to the difference in the spatial position. The location of the existing temperature detection device is relatively single and fixed. Before the actual temperature detected by the temperature detection device deviates from the preset temperature, the temperature of other locations in the space has already de...

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Problems solved by technology

[0002] Usually, even in the same space, there are certain differences in air temperature due to different locations, especially in seasons with large temperature differences such as winter or summer, and in specific spaces that require air conditioning equipment to adjust the temperature, the temperature There are great requirements for the accuracy of regulation and the effect of temperature regulation, and in the above cases, the difference in spatial position will affect the identity of temperature

The position of the existing temperature detection device is relatively single and fixed. Before the actual temperature detected by the temperature detection device deviates from the preset temperature, the temperature of other positions in the space has already deviated from the preset temperature. hysteresis, and affect the change and regulation of temperature in other locations

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