首页|35kV风力发电集电线路防雷绝缘子结构设计

35kV风力发电集电线路防雷绝缘子结构设计

扫码查看
针对雷击会损坏集电线路设备,严重影响风力发电系统的正常运行问题,设计一种新型电线路防雷绝缘子结构.该绝缘子由绝缘芯棒、伞套、挡弧环、发散型引弧环等组件构成,并进行了精确的感应过电压计算,考虑了合理的电弧燃烧路径.结果表明,在不同电压等级下,研究提出的防雷绝缘子的冲击电压均相对较高,分别为193.6 kV、249.3kV、296.8kV,这意味着该绝缘子能有效抵御雷电冲击并保持其功能.
Design of Lightning Protection Insulator Structure for 35 kV Wind Power Collecting Line
A new type of lightning protection insulator structure for power transmission lines is studied and designed to address the issue of lightning damage to power collection equipment and serious impact on the normal operation of wind power generation systems.The insulator is composed of multiple components such as insulation core rod,umbrella sleeve,arc blocking ring,and divergent arc starting ring,and accurate induced overvoltage calculation has been carried out,considering a reasonable arc burning path.The results indicate that the surge voltages of the lightning protection insulators proposed in the study are relatively high at different voltage levels,namely 193.6 kV,249.3 kV and 296.8 kV,respectively.This means that the insulator can effectively resist lightning strikes and maintain its function.

wind turbinelightning protection for power linesinsulators

张敏

展开 >

大唐同心新能源有限公司,宁夏银川 750004

风力发电机 电线路防雷 绝缘子

2024

自动化应用
重庆西南信息有限公司

自动化应用

影响因子:0.156
ISSN:1674-778X
年,卷(期):2024.65(3)
  • 7