使用击距描述的电气几何模型广泛用于输电线路的雷电绕击分析。
The electrogeometric model (EGM) described with striking distance has been widely used in the shielding failure analysis of transmission line.
高杆塔绕击率建议采用电气几何模型分析和计算，并考虑倾斜角影响。
For the circular lightning stroke ratio of high towers and poles the electrical geometric model analysis and calculation are recommended with consideration of influence of tile Angle.
应用改进的电气几何模型分析了输电线路杆塔结构、避雷线和导线的布置、雷电流的幅值、地面倾角对绕击率的影响。
With such model the effect of tower structure, lightning current amplitude, angle of the lightning incidence, as well as the ground angle on the shielding failure rate are analyzed.
根据CIM模型，分别对设备图元的几何属性、电气属性和拓扑属性进行设计。
According to CIM, the paper has designed the geometric property, electric property and topological property of equipment elements.
根据CIM模型，分别对设备图元的几何属性、电气属性和拓扑属性进行设计。
According to CIM, the paper has designed the geometric property, electric property and topological property of equipment elements.
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