A Realization Method of Rapidly Configuring Monitoring Screen

Abstract

The present invention relates to the technical field of configuration monitoring screens, in particular to a method for realizing rapid configuration monitoring screens, in which engineering configuration contents such as equipment, variables, screens, etc., which are reused in power configuration software engineering, are respectively templated and unitized. In order to configure each unit, when configuring the power monitoring project, quickly generate equipment, variables, graphic screens, etc. from the template. During this process, the user only needs to do some basic configuration and variables, character string replacement and other work according to the requirements of the configuration file, so as to realize the rapid creation of engineering configuration and greatly improve the configuration work efficiency.

Description

technical field [0001] The invention relates to the technical field of configuration monitoring screens, in particular to a method for realizing fast configuration monitoring screens. Background technique [0002] In view of the increasingly strict cost control and quality control process of current engineering projects, system integration manufacturers or related automation manufacturers are facing increasingly severe cost pressures in order to pursue more profit margins when implementing projects. At present, the power monitoring system is generally developed using several modules, one is the traditional non-configuration software programming mode, which uses high-level language to customize development according to the characteristics of a certain project, and the other is to use the current configuration software development, such as configuration Wang, force control, WINCC and other configuration software. [0003] Among the above two commonly used development modes, t...

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Problems solved by technology

[0003] Among the above two commonly used development modes, the development efficiency of non-configuration software development mode is low, and the developed software cannot well expand the business changes of the project, and the flexibility and openness are insufficient. The specific number of circuits and circuit characteristics of the power distribution system diagram are customized. If there is a change, the code or data structure needs to be modified and the system recompiled

In the configuration software development mode, the screen can be drawn freely, and the business can be built according to the logical relationship through relevant measures, such as scripting language, control process, etc., to complete the actual needs of most projects, but for some In the application occasion, the configuration process is relatively complicated, that is, the flexibility brings the complexity of the configuration at the same time. Sometimes the simple business logic in the non-configuration mode needs to be realized through complex logic relationships and scripts in the configuration mode.

[0004] However, for low-voltage power distribution and other scenes that require a large number of production screens, variable associations, and point table mapping, the above two modes are difficult to adapt to the actual needs of fast screen production. The non-configuration mode needs to be edited according to different screens of different projects and Recompile the program to meet the application requirements. In the configuration software mode, it is necessary to increase a single device and a single variable, and add variables and graphics elements one by one in the screen to complete the actual needs of the project.

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