在 500 kV 力量在 第23 太阳的周期的山峰年在几磁性的暴风雨期间联网的广东石楠 ao 基于地磁气地导致的水流 GIC 的测量数据, 750 kV 计划的 GIC 计算结果在 Shartxi , Gansu , Qinghai 和 Ningxia 驱动格子,到 1 000 kV 的从 500 kV 的力量网络的结构和特征,和在 1859 的超级磁性的暴风雨在这份报纸被分析。通过分析,极端空格的可能的影响在未来上捱过超离频电压 UHV 格子,在中国的大规模力量系统的安全被详细说明,并且应付大太阳的暴风雨的研究建议被建议。
Based on the measured data of geomagnetically induced currents (GIC) in Guangdong Ling' ao 500 kV power networks during several magnetic storms at the peak years of 23rd Solar Cycle, the GIC calculation results of 750 kV planning power grid in Shartxi, Gansu, Qinghai and Ningxia, the structure and characteristics of power networks from 500 kV to 1 000 kV, and super magnetic storm in 1859 are analyzed in this paper. Through the analysis, the possible impacts of extreme space weather on the future ultra-high voltage (UHV) grid, the security of large-scale power system in China are expounded, and the research suggestions coping with the strong solar storms are proposed.