电力电磁场与力场耦合仿真系统的开发

在已有高压输电线路上架设光缆可以合理利用现有资源。该系统采用电力电磁场与力场的耦合计算方法仿真高压输电线路与自承式通信光缆(ADSS)同塔并架工程。该系统综合分析了输电塔架在新增光缆作用下的刚度、强度及稳定性，电缆周围空间及杆塔上的电场分布，光缆所处的电磁场场强等多个因素，并考虑了舞动、强气流、大覆冰等不利条件下电缆和光缆的运动轨迹及相对位置的情况。该系统利用面向对象的程序设计范型，采用模块化设计思想，系统兼容性、可扩充性良好，并已投入使用，证实仿真结果比较准确可靠。

Development of Simulation System for ADSS

To span ADSS on high voltage line can utilize existing resource. We use calculation of Electric Magnetic Field Coupling in Force Field to emulate the system. We analyse many factors which can affect the iron tower, cable and ADSS. Our emulation system is developed and designed based on modularization and paradigm of object-oriented. The realization of visualization integrate interface and interlinkage of modules is also discussed. The system is easy to be expanded and has good compatibility. Now the system has been used well in reality.