Personalized intelligent remote temperature adjusting system and method for photo-thermal heating

Abstract

The invention discloses a personalized intelligent remote temperature adjusting system and method for photo-thermal heating. The personalized intelligent remote temperature adjusting system comprisesa plurality of heating devices and is characterized by further comprising a weather data collecting module, a heat receiving user grouping module, a personalized parameter setting module, an algorithmweight setting module, a remote data issuing and regulating module and a feedback and adjustment module. The personalized intelligent remote temperature adjusting system and method for photo-thermalheating have the beneficial effects that by means of collection and calculation of a plurality of factors needed by photo-thermal heating parameter setting, the purpose of personalized control is achieved, and the requirement for adjusting the heating temperature in real time of a heat user under the conditions of different natural factors, humanity factors and the like is met to the greatest extent; data are intensively issued from a cloud side, parameter factors of an ordinary heat user are automatically mapped to an underlying instruction of the control system, conciseness and clearness areachieved, maintenance in a later period is facilitated, and use is convenient for the user; and besides, the heating problem can be automatically adjusted, and the purposes of comfortableness, emission reduction and cost saving are achieved.

Description

technical field [0001] The invention relates to the technical field of photothermal heating, in particular to a personalized intelligent remote temperature adjustment system and method for photothermal heating. Background technique [0002] The winter in the north is long, especially in rural areas due to the scattered living, complex housing conditions and population conditions. Efficient regulation of heating temperature is a very complex problem. At present, most of the existing technologies add several simple modes to the heating control system. The parameters controlled by these modes are pre-cured in the equipment and cannot be changed in time. At the same time, the living environment and habits of the local heating households are not considered. , it is impossible to achieve fine-grained control. Although some technologies implement personalized parameter adjustments, they are all initiated by the heating households, and the algorithm deduction is not combined with ...

AI Technical Summary

Problems solved by technology

At present, most of the existing technologies add several simple modes to the heating control system. The parameters controlled by these modes are pre-cured in the equipment and cannot be changed in time. At the same time, the living environment and habits of the local heating households are not considered. , it is impossible to achieve fine control

Although some technologies implement personalized parameter adjustments, they are all initiated by the heating households, and the algorithm deduction is not combined with past historical data and the current specific conditions of the heating households, resulting in insufficient accuracy.

[0003] For example, in a similar patent: An MQTT-based heating temperature automatic adjustment method and system technical solution (applicant (patent) person: Dalian University of Technology), only collected the temperature of several collection points of the current running pipeline, and made it through the algorithm Calculations, without combining the human and geographical factors and subjective factors of the heating households, historical data for adjustment, insufficient personalization, unable to meet the individual heating needs of the heating households, according to the algorithm, the maximum energy saving and emission reduction of Danone, saving costs Purpose

[0004] For the above technical problems, no effective solution has been proposed at present

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