Temperature control system based on formation and capacity grading system and method thereof

Abstract

The invention relates to a temperature control system based on a formation and capacity grading system, and the system comprises the following modules: a starting module which is used for setting a start-stop mode of a fan, generating execution data, and starting the system; an acquisition module which is used for acquiring temperature data; an analysis module which is used for calling and analyzing the temperature data so as to obtain temperature difference data; and a temperature control module which is used for controlling the temperature based on the temperature difference data. A temperature control method based on a formation and capacity grading system comprises the following steps: S1, setting a start-stop mode of a fan, generating execution data, and then starting the system; S2,collecting temperature data; S3, calling and analyzing the temperature data to obtain temperature difference data; and S4, adjusting and controlling the temperature based on the temperature differencedata. The heat dissipation effect provided by the equipment can be accurately regulated and controlled, the heat dissipation requirement of the battery production environment is met, and meanwhile, the energy consumption is reduced.

Description

technical field [0001] The invention relates to the field of chemical composition volume control, in particular to a temperature control system based on a chemical composition volume system and a method thereof. Background technique [0002] Generally, in the later stage of the battery production stage, the battery needs to be divided into volumes. This step needs to ensure the temperature rise of the battery storage location and the uniform temperature of the battery, thereby ensuring the consistency of the performance of the same batch of batteries; Production equipment often handles different types of batteries at the same time, and because the heat dissipation capacity of conventional battery cabinets is not adjustable, different types of batteries cannot be produced at the optimal temperature at the same time. [0003] In addition, there are many processes in the process of battery formation and capacity, and the heat generation in each process is different, and the hea...

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Problems solved by technology

[0002] Generally, in the later stage of the battery production stage, the battery needs to be divided into volumes. This step needs to ensure the temperature rise of the battery warehouse and the uniform temperature of the battery, thereby ensuring the consistency of the battery performance of the same batch; Production equipment often handles different types of batteries at the same time, and because the heat dissipation capacity of conventional battery cabinets is not adjustable, different types of batteries cannot be produced at the optimal temperature at the same time

[0003] In addition, there are many processes in the process of battery formation and capacity, and the heat generated in each process is different, and the heat dissipation capacity required by the battery cabinet in each process is also different; the heat dissipation capacity required in the production environment is different from that of equipment. The mismatch of available cooling capacity creates contradictions, and also causes waste of energy and increases operating costs

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