Tire rubber mixing production energy management system

Abstract

The invention relates to a tire production energy management system. The system comprises a cloud service platform and a client. The cloud service platform comprises a station management unit used foraccessing a station and managing the accessed station, a data acquisition unit, a data analysis unit and a client, wherein the station is a system or device on a tire rubber mixing production line needing energy consumption monitoring; the data acquisition unit is used for acquiring monitored energy consumption data from the accessed station; the data analysis unit is used for performing data analysis based on the energy consumption data acquired by the data acquisition unit; and the client includes a data display unit which is used for providing a user interaction interface, obtaining a corresponding data analysis result from the cloud service platform in response to a request of a user, and displaying the data analysis result through the user interaction interface. In the invention, centralized operation monitoring can be carried out on the accessed station, energy consumption information is collected, statistics and analysis are carried out on the energy consumption information, aproduction optimization scheme, energy consumption prediction, anomaly analysis and the like are made based on the energy consumption information, and automatic management of an enterprise productionprocess is realized.

Description

technical field [0001] This application relates to a tire manufacturing production line, in particular to an energy management system for tire rubber mixing production. Background technique [0002] The tire manufacturing system is a high energy consumption system. In order to realize the energy saving and emission reduction of the tire system, it is necessary to study the energy consumption in the working engineering of the tire manufacturing system. Most modern tire manufacturing enterprises have built automatic control systems including boiler systems, air pressure systems, refrigeration systems, etc., but the current systems have the following problems: [0003] (1) Each system is built independently, and energy data is difficult to share due to the lack of unified standards; [0004] (2) The system focuses on process control and lacks statistical analysis of energy; [0005] (3) The energy medium data is incomplete, lacking in real-time and accuracy; [0006] (4) Ene...

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Problems solved by technology

[0003] (1) Each system is built independently, and energy data is difficult to share due to the lack of uniform standards;

[0004] (2) The system focuses on process control and lacks statistical analysis of energy;

[0005] (3) The energy medium data is incomplete, lacking in real-time and accuracy;

[0006] (4) Energy management stays in manual statistics, unable to conduct scientific analysis and effective management of energy consumption

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