Microgrid energy management strategy visualization development tool based on graphical programming

Abstract

The invention discloses a microgrid energy management strategy visual development tool based on graphical programming. The microgrid energy management strategy visual development tool comprises a project management tool, a graphical code editing tool and an online operation debugging tool. A pre-defined code block special for the microgrid energy management field is arranged and comprises an inputnode, a processing node, an output node and a combination of the input node, the processing node and the output node. A dedicated graphical programming language interpreter includes an interpretationengine that converts a graphical language into a scripting language, a graphical language code error tool. A set of background operating environments includes a container for supporting a Web-based graphical programming integrated development environment, a graphical programming language interpreter to operate, and an operating environment for interpreting a microgrid energy management policy. According to the visual development tool, all parts are clear in function and stable in performance, a microgrid control strategy can be rapidly modified, developed and verified online through Web, theprogress of technical research is accelerated, and theoretical research and engineering practice of a microgrid are better completed.

Description

technical field [0001] The invention belongs to the field of software development tools, and in particular relates to a visualization development tool for energy management strategies of microgrids based on graphical programming. technical background [0002] With the development of distributed power generation technology, microgrid, as a power network transitioning from traditional grid to smart grid, has gradually become a hot spot of attention. For the two-way power flow of microgrid system, energy exchange between microgrid system and public grid, microgrid system Topics such as internal distributed energy management and control algorithms for power electronic devices in microgrids have become the focus of distributed generation technology research. [0003] Due to the complexity of micro-grid technology, the complexity of micro-grid control strategy is caused, while the traditional development methods are mostly realized by code writing, which takes a long time and is d...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to overcome the shortcomings of traditional micro-grid energy management strategy research, which often uses code writing, which leads to slow research progress and engineering implementation, and proposes a visual programming tool for micro-grid energy management strategy based on graphical programming.

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