Real-time carbon checking system based on Internet of Things and cloud computing platform for textile industry

Abstract

The invention discloses a real-time carbon checking system based on the Internet of Things and a cloud computing platform for the textile industry. The real-time carbon checking system based on the Internet of Things and the cloud computing platform for the textile industry comprises a cloud detection and recognition acquiring terminal, an interface server, a cloud resource module and an application terminal. According to the real-time carbon checking system based on the Internet of Things and the cloud computing platform for the textile industry, the automatic control capacity, the environment adaptability and the deploy flexibility of an energy consumption sampling terminal are improved, the production energy consumption of a textile enterprise can be evaluated comprehensively, the capacity of storing, processing and analyzing big data of relevant energy consumption during production of the textile industry is achieved, mobile access to analysis results is achieved, and a user-task-oriented cloud computing system for monitoring energy consumption of the textile enterprise is provided. The cloud computing system used for monitoring energy consumption of the textile enterprise and capable of coordinating multiple users and multiple tasks in a unified mode is provided, various kinds of energy consumption for textile production can be evaluated, the comprehensive energy consumption index and the energy consumption levels of an existing production line and a production technique among similar industries can be provided, the capacity of storing, processing and analyzing big data of energy consumption during production of the textile industry is achieved, and the access to a system can be achieved.

Description

technical field [0001] The invention belongs to the technical field of cloud computing, and in particular relates to a real-time carbon accounting system for the textile industry based on the Internet of Things and a cloud computing platform. Background technique [0002] Energy consumption is one of the main costs of textile production enterprises. Different process types and production management organization methods have a significant impact on energy consumption. There are many types of energy required by textile production enterprises. A comprehensive grasp of the energy consumption status of the enterprise and the energy consumption level in the same industry is of great value for production management decisions. At present, in the field of energy consumption monitoring technology for textile production enterprises, there are mainly energy consumption collection terminal technology, energy meter management technology, and a single monitoring technology for enterprise e...

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Problems solved by technology

[0008] The purpose of the embodiments of the present invention is to provide a real-time carbon accounting system for the textile industry based on the Internet of Things and a cloud computing platform, aimin

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