Research on Power Grid Visualization Based on Force-Oriented Layout Algorithm
Rui Tang, JiHui Wang · 2024
It takes a lot of time and manpower to create and edit the traditional power grid topology. With the advent of the era of intelligent power, the scale of power system is expanding, and the requirements of power grid users for the display effect of power grid topology are also increasing. Therefore, the maintenance workload of topology is increasing. If there is a feasible, efficient and beautiful topological graph automatic generation method to solve this problem, the work efficiency of distribution network production can be further improved. In order to solve this problem, this paper proposes an improved force-oriented algorithm to automatically generate the power grid layout under the condition of given power line data and node initial coordinates. The automatic layout algorithm is used to achieve better topology visualization by reorganizing the topology layout. The application example shows that the power grid topology graph created by this method contains fewer intersections and the nodes are evenly arranged, which can significantly improve the visualization effect of the network graph.