基于三维GIS技术的电网可视化展示研究

由于现有对电网覆盖范围界定不准确,导致可视化结果与实际数据信息结果有所出入,影响可视化效果。因此本文提出基于三维GIS技术的电网可视化展示研究。通过Beakers对有功功率进行测量,计算出电网各个供电区域的负荷,采用三维GIS技术将电网覆盖区域内的负荷数据转化为带有位置标签的三维信息,利用Apache Zeppelin将数据库中的电网信息转化为目标可视化效果。测试结果表明,设计方法可以实现对电网耗电类型、整体耗电量以及峰电量、谷电量、平电量的准确可视化展示,可视化结果与实际数据信息结果一致,可视化效果较好。

Research on power grid visual display based on 3D GIS technology

Due to the inaccurate definition of power grid coverage, the visualization results are different from the actual data information results, which affects the visualization effect. Therefore, this paper proposes the research of power grid visual display based on 3D GIS technology. The active power is measured by beakers, and the load of each power supply area of the power grid is calculated. The three-dimensional GIS technology is used to convert the load data in the power grid coverage area into three-dimensional information with location label, and Apache Zeppelin is used to convert the power grid information in the database into target visualization effect. The test results show that the design method can realize the accurate visual display of power consumption type, overall power consumption, peak power, valley power and average power. The visual results are consistent with the actual data and information results, and the visual effect is good.