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Research on the Visual Graphic Platform for Power System Based on IEC61970

Author: LiuZhaoXia
Tutor: YangShuYing
School: North China Electric Power University
Course: Proceedings of the
Keywords: Power system Visualization Graphics platform Object-oriented
Type: Master's thesis
Year: 2011
Downloads: 42
Quote: 0
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With the popularization and application of computer science and technology , many industries have achieved the automated management . In the power industry , computer technology has been widely used , is one of the most widely used computer visualization graphics technology . Visual graphics technology have to rely on the information it can provide a visual image , by the majority of the power system users and the electricity system software developers favor become hot research various analysis and calculation software . This paper briefly describes the background and current status of the visual graphics technology . Study the shortcomings of the the graphical power system software , based on analysis of the structure of their software . This article describes the graphical power system simulation software is a multi-function MFC developed based multi-document application , it is the use of object-oriented design ideas developed . Based on program features , the software has six states , divided into : Browse state , drawing state , the trend of status , fault status , tuning state of status and data management , covering the most important program the network topology , flow calculation procedures , fault calculation procedures and following the electrical protection setting calculation procedures , as well as data management . Another article from a practical standpoint , graphics platform design ideas, graphics and data separation so that multiple applications can share the graphic resources . Finally, the structure and method of power system graphical object-oriented design , a kind of combination of network topology based on the connection point with the hierarchical search method , and focuses on the network topology model based on object-oriented technology , detailed discussion of the breadth-first algorithm based on this model analysis , analysis of electrical Island plant station , with reference and value in use .

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CLC: > Industrial Technology > Electrotechnical > Transmission and distribution engineering, power network and power system > Power system automation
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