文章摘要
赖晓文1 ,陈启鑫1 ,夏清1 ,赵翔宇1 ,杨明辉2 ,张健2.基于SVG技术的电力系统可视化平台集成与方法库开发[J].电力系统自动化,2012,36(16):76-81. DOI: .
LAI Xiaowen1 , CHEN Qixin1 , XIA Qing1 , ZHAO Xiangyu1 , YANG Minghui2 , ZHANG Jian2.Development of Power System Visualization Platform and Methods Library Based on SVG Technology[J].Automation of Electric Power Systems,2012,36(16):76-81. DOI: .
基于SVG技术的电力系统可视化平台集成与方法库开发
Development of Power System Visualization Platform and Methods Library Based on SVG Technology
DOI:
关键词: 智能电网  可视化  可缩放矢量图形  方法库  人机交互响应  电力系统
KeyWords: smart grid  visualization  scalable vector graphics(SVG)  methods library  human-computer interaction  power systems
上网日期:2012-08-17
基金项目:国家自然科学基金
作者单位
赖晓文1 ,陈启鑫1 ,夏清1 ,赵翔宇1 ,杨明辉2 ,张健2 1.电力系统及发电设备控制和仿真国家重点实验室清华大学北京市 100084
2.山东电力调度中心山东省济南市 250001 
摘要:
      先进的可视化技术是提高电网运行智能化水平的重要途径。文中以可缩放矢量图形(SVG)技术为核心,开发了统一、兼容、集成的电力系统可视化平台与标准的可视化方法库;构建了基于SVG技术的可扩展的可视化应用平台,可在一个统一的平台框架内兼容并集成多类可视化资源;开发了一整套基于SVG技术与地理信息图形的空间数据可视化方法,实现了与电网网架结构和数据模型的高效、自动匹配;形成了具有标准的面向对象接口的可视化方法库,具有高度的灵活性和可移植性,提高了开发效率;提出并实现了横向集成、纵向挖掘、学习式与预知式的智能人机交
Abstract:
      Modern visualization technology is an important option to improve the intelligence of power system operation. Based on scalable vector graphics(SVG) technology, a unified, compatible, integrated power system visualization platform and standard visualization methods library are developed. The platform can support various visualization technologies including SVG with better compatibility and integration of different types of visualization tools. A visualization methods library based on SVG and geographic information is developed, which automatically matches the actual power grid model and data format. The methods library is flexible, portable and efficient with a standard object-oriented interface. Moreover, integration is realized of intelligent human-computer interaction in the visualization platform and the method library, implementing technologies of similar information integration, data mining, machine learning and forecasting. The intelligent human-computer interaction is beneficial to improving the perceptive and analytic ability of system operators towards power system operation.
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