摘要
由于电力规划工作比较繁杂,需要加快其自动化程度,但是目前并没有较好的电力规划软件。对图模一体化进行详细的定义和数学描述,说明了其实现的基本过程。并且,将图模一体化技术应用于电网规划软件系统当中,通过电力图元和图层识别、自动捕捉、编号等过程形成电力矢量图,利用此电力矢量图可以大大减轻电力规划的工作量。最后,将图模一体化技术应用于实际的电网规划软件系统中,此系统经过实际电网规划,证明是非常有效的。
Since the work of power grid programming is comparatively complex, it is urgent to quicken its automation level. However,up to present,there is no effective software for power grid programming. In this paper, we formulate detailed definitions and mathematical descriptions for graph-model integration, and explain the basic process of its realization. Moreover,we apply the technology of graph-model integration to power grid programming system. By such process as identification of power elements and power graph layers, automatic catch, numbering and so on,it will form the power vector graph as a result. It will greatly ease the workload of power grid programming. Finally,we can apply the technology of graph-model integration to practical power grid programming software system. By the test of practical power grid programming, the system has been proved much more effective.
出处
《东北电力大学学报》
2009年第2期1-4,共4页
Journal of Northeast Electric Power University
基金
国家863计划项目资助(项目编号:2006AA05Z214)
关键词
电网规划
图模一体化
电力矢量图
Power grid programming
Graph-model integration
Power vector graph
