地震及次生灾害电网防控关键技术

序 前言 1 概述 1.1 我国电网地理主要特征·························································· 1 1.2 我国电网地震及次生灾害分布················································· 2 1.3 我国电网地震及次生灾害防控技术现状····································· 4 2 地震断裂带输变电工程建设风险评价 2.1 电网地震及次生灾害时空分布················································· 6 2.2 地震高易发区输变电工程建设风险评价··································· 14 2.3 地质调查及规划建设支撑技术··············································· 36 3 地震及次生灾害电网监测与预警 3.1 基于 INSAR 的灾害测量 ······················································ 63 3.2 无人机载雷达灾害巡检························································ 80 3.3 地质灾害光纤传感监测························································ 91 3.4 灾害监测与预警体系··························································· 99 4 输变电设备抗震减震防控技术 4.1 变电站及换流站主设备数值计算 ·········································· 116 4.2 地震模拟振动台试验 ························································· 134 4.3 变电设备隔震或减震分析 ··················································· 141 4.4 抗震设防标准对比 ···························································· 163 5 大地震灾害电网应急抢险 5.1 设备设施受损分析 ···························································· 168 5.2 震后设备快速普查与修复 ··················································· 192 5.3 灾害现场快速勘察 ···························································· 204 5.4 应急抢险指挥决策 ···························································· 222 5.5 抢险救援现场支撑装备 ······················································ 238 参考文献 ····················································································· 248 索引 ··························································································· 249