Function-integrated SCADA (supervisory control and data acquisition) system

Abstract

The invention discloses a function-integrated SCADA (supervisory control and data acquisition) system. The system comprises a web front-end webpage layer, an SCADA (supervisory control and data acquisition) layer and a function-integrated SCADA layer, the function driving layer is in communication connection with the web front-end webpage layer; the main control service layer is arranged between the function driving layer and the web front-end webpage layer; the master control service layer is used for reading front-end configuration information and controlling execution of system function service; the main control service layer is configured with multiple levels of equipment driving nodes for realizing transmission of a driving execution instruction; the cluster data layer is connected with the function driving layer and is used for storing and analyzing data; the interface configuration layer is connected with the cluster data layer; and the back-end equipment layer is connected with the function driving layer. According to the technical scheme, multiple functional modules are integrated in the architecture, configuration, driving, data storage, data analysis and visualization functions can be integrated, the system can be used after being opened, and the system development and operation and maintenance cost is reduced.

Description

technical field [0001] The present application relates to the technical field of data acquisition systems, and more particularly, to a SCADA system with integrated functions. Background technique [0002] SCADA (Supervisory Control And Data Acquisition, namely data acquisition and monitoring control) system is a computer-based production process control and scheduling automation system, which is widely used in electric power, water conservancy, metallurgy, petroleum, chemical, rail transit and other industries data acquisition and process control. The SCADA system can monitor and control various operating environments and various operating equipment to realize various functions such as data acquisition, equipment control, parameter adjustment, various signal alarms, and historical data storage. [0003] At present, the architecture of the traditional SCADA system generally only includes data acquisition, data processing, storage and monitoring functions, and cannot take int...

AI Technical Summary

Problems solved by technology

[0003] At present, the architecture of traditional SCADA systems generally only includes data acquisition, data processing, storage, and monitoring functions, and cannot take into account functions such as system drive, configuration, and data analysis. As a result, it cannot be directly applied to specific scenarios in various fields. extremely limited

For applications in a specific field, software developers need to combine the existing SCADA system of the enterprise to redevelop the system for fixed-demand application scenarios, so the following disadvantages arise: When the equipment and topology in the application scenario change , due to the low reusability of the system, the cost of system development and operation and maintenance will be greatly increased, which will undoubtedly increase the economic burden of the enterprise

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