AI+ heat energy management and control algorithm model

Abstract

The invention relates to the technical field of heat energy, and discloses an AI+ heat energy management and control algorithm model, which comprises a heat energy acquisition unit, a heat energy analysis unit, a main control module, a data comparison module, an alarm module, a statistical analysis module, an image display module, a heat energy management unit and a database, and the output end ofthe heat energy acquisition module is electrically connected with the input end of a heat energy analysis module. The model is combined with the AI technology, so that the actual loss condition of the heat energy in the transmission process can be quickly calculated, subsequent compensation is facilitated, the state of the heat energy can be monitored in real time, the actual position of the heatenergy can be found on line, various attributes of the heat energy can be conveniently known in time, and subsequent processing is facilitated; and when the loss value of the heat energy exceeds thestandard, emergency early warning can be carried out, workers can conveniently maintain the model in time, and the model is high in intelligent degree and quick in response and has a certain market popularization prospect.

Description

technical field [0001] The invention relates to the technical field of thermal energy, in particular to an AI+ thermal energy management and control algorithm model. Background technique [0002] Heat energy is the energy source of life. People’s daily labor activities, sports, studying in class and engaging in all other activities, as well as the maintenance of normal body temperature of the human body, and various physiological activities all consume energy, just like steam engines need to burn coal, internal combustion engines need to use gasoline, Electric motors need electricity, but heat energy is different from heat energy. Heat energy is a state quantity, and heat is a process quantity. Heat can only appear during heat transfer. During the heat transfer process, it needs to be controlled and calculated. At this time, it is necessary to use to the algorithm model. [0003] However, during the transfer process of existing heat energy, on the one hand, it is difficult ...

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Problems solved by technology

[0003] However, during the transfer process of existing heat energy, on the one hand, it is difficult to calculate its actual loss and make subsequent compensation; on the other hand, it is difficult to monitor the state of heat energy in real time, which has certain disadvantages

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