基于多模块数据集成的电网规划可视化系统分析  

Analysis of Power Grid Planning Visualization SystemBased on Multi-module Data Integration

作　　者：张春萌 ZHANG Chunmeng(Liaoning Power Supply Bureau Co.,Ltd.,Shenyang 110006,China)

机构地区：[1]国网辽宁省电力有限公司,辽宁沈阳110006

出　　处：《微型电脑应用》2023年第6期182-184,共3页Microcomputer Applications

摘　　要：在电网规划可视化系统数据模块化集成的过程中,引入用于加强数据仿真分析的SimuLink电网仿真分析软件平台,以增强传统模块下的CAE通用仿真软件平台的数据仿真功能局限性。通过该模式使电网规划可视化系统中的功能模块和数据模块大幅度增加。规划设计企业的管理人员对可视化结果的满意度最低。革新方案在综合准确率方面高于传统方案。该革新模式在获得更高的用户满意度,使三维可视化数据预警结果精度提升,该革新方案有助于提升电力规划设计阶段的三维可视化效果。In the process of data modularization integration of power grid planning visualization system,Simulink power grid simulation analysis software platform is introduced to enhance the data simulation function limitation of CAE general simulation software platform under the traditional module.Through this mode,the function modules and data modules in the visualization system of power grid planning are greatly increased.In the two schemes,the satisfaction of the managers of planning and design enterprises to the visualization results is in the lowest position,but the satisfaction of the managers of the innovative scheme is significantly higher than that of the traditional scheme.The satisfaction evaluation results of technical personnel and reviewers to the innovation scheme are also higher than the traditional scheme,which proves that the visualization technology upgrading process plays a significant role in promoting the visualization of power planning and design.The innovation mode not only achieves higher user satisfaction,but also greatly improves the accuracy of data early warning results in 3D visualization because of the platform efficiency improvement.This study confirms that the innovation scheme is helpful to improve the 3D visualization effect in power planning and design stage.

关 键 词：电网可视化 规划设计 多模块数据集成 算法效能评价 仿真评价 

分 类 号：TP3[自动化与计算机技术—计算机科学与技术]