2014Advanced materials researchRequires access

SVG Graphical Analysis Tool Online Regional Reactive Power Optimization System Development

Li Gan, Li Ding, Dan Dan Li

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Abstract

Online region reactive power optimization is used to reduce power bus voltage operation over limit and reduce net loss for the economy to ensure that the power grid of great significance. SVG graphics file is a standard file format used by our dispatching operation, analysis file and basic information within the file corresponds to reactive power optimization system can guarantee the system reactive power optimization of interactive graphics capability and versatility. In this paper, we design and development of a SVG graphics file parsing tool that can automatically complete the import SVG, structural analysis, and text parsing; graphics and connectivity analysis to ensure the accuracy of the topology; the module contains a custom chart for human-computer interaction element, Element Properties and topological analysis and dynamic trend function, to meet human-computer interaction and reactive power optimization computing needs. This module has been applied to a region with reactive power optimization system, with good results.

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What this paper is about

Online region reactive power optimization is used to reduce power bus voltage operation over limit and reduce net loss for the economy to ensure that the power grid of great significance. SVG graphics file is a standard file format used by our dispatching operation, analysis file and basic information within the file corresponds to reactive power optimization system can guarantee the system reactive power optimization of interactive graphics capability and versatility. In this paper, we design and development of a SVG graphics file parsing tool that can automatically complete the import SVG, structural analysis, and text parsing; graphics and connectivity analysis to ensure the accuracy of the topology; the module contains a custom chart for human-computer interaction element, Element Properties and topological analysis and dynamic trend function, to meet human-computer interaction and reactive power optimization computing needs. This module has been applied to a region with reactive power optimization system, with good results.

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Available abstract

Online region reactive power optimization is used to reduce power bus voltage operation over limit and reduce net loss for the economy to ensure that the power grid of great significance. SVG graphics file is a standard file format used by our dispatching operation, analysis file and basic information within the file corresponds to reactive power optimization system can guarantee the system reactive power optimization of interactive graphics capability and versatility. In this paper, we design and development of a SVG graphics file parsing tool that can automatically complete the import SVG, structural analysis, and text parsing; graphics and connectivity analysis to ensure the accuracy of the topology; the module contains a custom chart for human-computer interaction element, Element Properties and topological analysis and dynamic trend function, to meet human-computer interaction and reactive power optimization computing needs. This module has been applied to a region with reactive power optimization system, with good results.

Key concepts: Scalable Vector Graphics, Parsing, Graphics, Computer science, Grid, AC power, Chart, Engineering

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