Secondary network intelligent adjustment system based on room temperature monitoring

Abstract

The invention relates to a secondary network intelligent adjustment system based on room temperature monitoring. The system comprises: a room temperature monitoring and data collecting system used formonitoring the room temperature of a typical user in real time and obtaining an effective average room temperature; a meteorological data acquisition system used for acquiring outdoor meteorologicaldata, wherein the outdoor meteorological data comprises outdoor temperature data; and an intelligent adjustment heat supply platform used for establishing a heat supply operation curve according to the outdoor temperature, the room temperature monitoring data and a preset indoor temperature, correcting the water supply temperature of the secondary network according to the established heat supply operation curve and issuing the corrected water supply temperature of the secondary network to each heat exchange station for automatic operation of the heat exchange stations. The internet of things is combined with big data, self-sensing and self-optimizing operation of the heat supply system is achieved through self-adaptive regulation of intelligent means, energy consumption indexes such as heat and electricity are reduced, and the energy utilization rate is increased.

Description

technical field [0001] The invention belongs to the technical field of heat network balance regulation, and in particular relates to a secondary network intelligent regulation system based on room temperature monitoring. Background technique [0002] At present, the heating networks of all heating companies can realize the network-wide balance adjustment strategy, but due to the imperfect data link and lack of data analysis tools, the accuracy of the operation adjustment target is insufficient, and the dispatchers lack adjustment basis, and more rely on individuals According to experience, the balance adjustment of the whole network is carried out according to the average temperature of the water supply of the secondary network. There are problems of insufficient heat supply at the end heat exchange station in extremely cold weather, oversupply at the near end heat exchange station, and high room temperature. To further reduce energy consumption and achieve precise Heat supp...

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Problems solved by technology

[0002] At present, the heating networks of all heating companies can realize the network-wide balance adjustment strategy, but due to the imperfect data link and lack of data analysis tools, the accuracy of the operation adjustment target is insufficient, and the dispatchers lack adjustment basis, and more rely on individuals According to experience, the balance adjustment of the whole network is carried out according to the average temperature of the water supply of the secondary network. There are problems of insufficient heat supply at the end heat exchange station in extremely cold weather, oversupply at the near end heat exchange station, and high room temperature. To further reduce energy consumption and achieve precise Heat supply, to improve the quality of heat supply, to solve the problem of no heat at the end heat exchange station in extremely cold weather, it is necessary to realize the closed-loop control of heat supply, improve the intelligence level of the dispatching platform, and solve the deep-seated contradictions of heat supply

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