摘要
近年来,随着社会的不断进步和经济水平的迅猛提升,我国的电力行业也在不断深化改革。在电力设施建设中,特高杆塔和高杆塔被广泛运用,然而,因为杆塔高度相对较高,所以,它很容易遭受雷电袭击,为此需要针对超特高压输电线路杆塔击距系数展开优化研究,旨在强化线路绕击耐雷性能,以保障电力设备的安全运行。
In recent years, with the level of social and economic progress of the rapid increase, China's power industry is constantly deepening reform. In the construction of power facilities, the ultra-high towers and high towers are widely used, however, because the tower height is relatively high, so it is vulnerable to lightning attacks, for which Me need for ultra-UHV transmission line tower commenced striking distance coefficient optimization, aimed at strengthening the performance of lightning Shielding line to protect the safe operation of power equipment.
出处
《科技与创新》
2014年第8期5-6,共2页
Science and Technology & Innovation
关键词
高压
输电线路
杆塔
击距系数
hypertension
transmission line
tower
striking distance factor