结合图论理论和电网的特点，实现了一种基于元件邻接关系和广度优先搜索算法的网络拓扑分析方法。
A topology analysis method based on adjacent relation of elements in the network and Breadth first search is realized combined with Graph theory and the characteristics of power grid.
应用它可以扩大一台计算机所能拓扑分析的电网络的规模，而且表达式紧凑。
Using it the scale of electrical networks which can be topologically analysed by a computer will be increased, and the result expressions are terse.
通过在线拓扑分析算法，推理出操作路径，使该系统具有很好的跟踪电网运行方式的能力。
By using an on line topology analysis algorithm, the inference engine can search operation paths, and identify current operation status correctly.
最后以“局部线路显示”模块为例介绍了利用所建模型开发配电网络拓扑分析功能的方法。
Taking the display of local transmission line for example, the method to develop the function of distribution network topological analysis is described.
该软件具有图形编辑、网络拓扑分析、电网信息数据库管理、潮流计算、电能损耗计算和无功优化分析等功能。
This software has functions of graphic editing, network topological analysis, power information database management, power flow calculating, power loss and reactive power optimization analysis.
基于电网络理论，编制了一套分析rlc网络拓扑结构的计算机程序。
Based on the theory of electrical networks, a computer program is compiled for analysis the topology of RLC networks.
算例表明方法的正确性和可行性，可有效地应用于复杂电网络的拓扑分析。
The example makes clear that this method is validity and feasibility, it can be effectively used to topologic analysis of complex electric networks.
然后在分析用户负载运行特性的基础上，根据供电网络拓扑结构，提出一种新的谐波源分离方法—在线寻零迭代法。
Based on analyzing user loads running characteristic and power system topology structure, this paper presents a new harmonic source separation method that is on-line search zero iterative method.
对FTU组网拓扑方式进行了分析，区域站的引入改善了电网SCADA系统的综合能力，并对新2002版101规约进行研究，将电力101规约在通信中进行了具体应用。
By analyzing modes of FTU network, middle station perfect all-around levels of power SCADA. and then, discusses the implementation of the power communication new 101 protocol of 2002 edition.
本文提出了分层配电网络拓扑分析算法，大大降低了网络规模，提高了拓扑分析速度。
The thesis has proposed topological approach of distribution network by layer, and this approach has reduced the network size greatly and improved the speed of topological analysis.
采用图论的有关知识和人工智能中的广度优先搜索技术，开发了配电网的拓扑分析模块。
Combining the geometry knowledge and Broad First Search (BFS) technology used in artificial intelligence, distribution network topology module is developed.
以图论和集合论知识为基础，提出一种地区配电网络拓扑分析的方法，该方法具有普适性；
Using the knowledge about topology and set theory, a topology analysis method for regional distribution network is presented, which has a general validity;
以单母线分段接线方式为例，对本文提出的地区配电网络建模和拓扑分析方法进行验证；
A case of single bus with subsection connection is provided as an example which verifies the method in this paper;
通过分析配电网的有向拓扑图，建立了配电网的数学模型——节点线段关联矩阵，并在该数学模型的基础上，分析归纳出节点阻抗矩阵各元素的计算方法。
According to the feature of network configuration and based on multi-port compensation technique, the approach uses the network branch equation to directly constitute the nodal impedance matrix.
通过分析配电网的有向拓扑图，建立了配电网的数学模型——节点线段关联矩阵，并在该数学模型的基础上，分析归纳出节点阻抗矩阵各元素的计算方法。
According to the feature of network configuration and based on multi-port compensation technique, the approach uses the network branch equation to directly constitute the nodal impedance matrix.
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