目录V 4.3.2智能变电站二次设备物联网系统… …124 4.3.3智能变电站综合物联系统…132 第5章输电线路物联网感知工程技术与应用…140 5.1输电线路物联网感知技术基础知识… …141 5.1.1输电线路物联网感知技术基本概念…141 5.1.2国内外输电线路物联网感知技术发展综述…143 5.1.3电力系统基本概念及主要特点…145 5.1.4输电线路运检故障分析与防治方法… …147 5.2输电线路物联网感知技术设计.…151 5.2.1物联网L0Ra通信技术设计…151 5.2.2物联网监测设备智能化技术设计…154 5.2.3物联网输电线路在线监测技术设计…157 5.2.4物联网监控云平台技术设计…16 5.3输电线路物联网感知技术研究与案例分析…165 5.3.1输电线路感知技术应用研究总体技术路线…165 5.3.2输电线路的L0Ra广域物联通信技术研究…166 5.3.3输电线路监测设备智能化技术研究… …169 53.4输电线路传感物联监控云平台技术研究…173 第6章供用电物联网通信工程技术与应用… …180 6.1供用电物联网通信工程基础知识… …181 6.L.1智能供用电网物联网通信体系基本概念…181 6.1.2供用电通信网网络基本功能及特点…183 6.1.3电力数据通信网络的规划与应用… …186 6.1.4电力营销系统市场化发展战略… …188 6.2智能供用电物联网通信工程技术设计 …189 6.2.1面向智能电网的电力通信网络规划设计… …189 622异构多源特征的营配信息管控平台设计…192 6.2.3智能电力营销一体化模型设计…… …195 6.2.4空间大数据前端展现技术原理… …200 6.3智能供用电物联网工程技术应用案例…203 6.3.1电力营销系统市场化发展战略重点任务…203 6.3.2智能电能表全过程质量综合评价技术应用…208 电力物联网工程技术原理与应用三校文前mdd5 2019/8/118:03:28
目 录 V 4.3.2 智能变电站二次设备物联网系统 ······························································· 124 4.3.3 智能变电站综合物联系统 ·········································································· 132 第5章 输电线路物联网感知工程技术与应用 ································ 140 5.1 输电线路物联网感知技术基础知识 ········································ 141 5.1.1 输电线路物联网感知技术基本概念 ··························································· 141 5.1.2 国内外输电线路物联网感知技术发展综述 ················································ 143 5.1.3 电力系统基本概念及主要特点 ··································································· 145 5.1.4 输电线路运检故障分析与防治方法 ··························································· 147 5.2 输电线路物联网感知技术设计 ··············································· 151 5.2.1 物联网 LoRa 通信技术设计 ······································································· 151 5.2.2 物联网监测设备智能化技术设计 ······························································· 154 5.2.3 物联网输电线路在线监测技术设计 ··························································· 157 5.2.4 物联网监控云平台技术设计······································································· 161 5.3 输电线路物联网感知技术研究与案例分析 ······························ 165 5.3.1 输电线路感知技术应用研究总体技术路线 ················································ 165 5.3.2 输电线路的 LoRa 广域物联通信技术研究 ················································· 166 5.3.3 输电线路监测设备智能化技术研究 ··························································· 169 5.3.4 输电线路传感物联监控云平台技术研究 ···················································· 173 第6章 供用电物联网通信工程技术与应用 ···································· 180 6.1 供用电物联网通信工程基础知识 ············································ 181 6.1.1 智能供用电网物联网通信体系基本概念 ···················································· 181 6.1.2 供用电通信网网络基本功能及特点 ··························································· 183 6.1.3 电力数据通信网络的规划与应用 ······························································· 186 6.1.4 电力营销系统市场化发展战略 ··································································· 188 6.2 智能供用电物联网通信工程技术设计 ····································· 189 6.2.1 面向智能电网的电力通信网络规划设计 ···················································· 189 6.2.2 异构多源特征的营配信息管控平台设计 ···················································· 192 6.2.3 智能电力营销一体化模型设计 ··································································· 195 6.2.4 空间大数据前端展现技术原理 ··································································· 200 6.3 智能供用电物联网工程技术应用案例 ····································· 203 6.3.1 电力营销系统市场化发展战略重点任务 ···················································· 203 6.3.2 智能电能表全过程质量综合评价技术应用 ················································ 208 电力物联网工程技术原理与应用 三校 文前.indd 5 2019/8/1 18:03:28
Ⅵ电力物联网工程技术原理与应用 6.3.3电力通信系统中的软交换技术的应用…212 6.3.4多介质融合的智能配用电网通信关键技术应用…214 第7章 配电系统物联网工程技术与应用…219 71配电系统物联网工程技术基础知识… …220 7.L.1配电物联网设计技术的基本概念…220 7.1.2配电网综合自动化系统技术基础… …221 7.1.3配电网规划设计技术基础知识…226 7.1.4国家配电网建设改造行动计划重点任务…227 7.2配电系统物联网技术实施方法 229 7.2.】电力系统负荷预测技术及方法…230 7.2.2配电网现状问题诊断及发展水平评价…234 7.2.3智能配电物联网通信组网技术… 237 7.3配电系统物联网工程实际案例分析…239 7.3.1配电物联网自动化通信协议设计应用…239 7.3.2配电网系统网架结构设计应用… …242 ⊕ 7.3.3配电物联网自动化技术设计应用… …247 7.3.4配电网物联系统用户接入设计应用… …250 第8章电网G引S物联网工程技术与应用… …256 8.1电网G引S物联网工程技术基本原理…257 8.1.】电网GIS物联网工程技术基本概念…257 8.12“北斗”卫星导航系统与地理信息系统… …258 8.L.3空间位置信息采录与数据采集整理…264 8.1.4基于电网GIS物联网配电专业应用方法…266 8.2电网G引S物联网工程技术设计方法… …272 8.2.1电网GIS输配电物联网系统一体化…272 8.2.2网络三维GIS与电网工程数字化设计移交系统…276 8.2.3电网GS物联网信息安全架构设计方法… …279 8.2.4电网GIS与配电自动化系统集成设计方法… …282 8.3辽宁电网G引S空间信息服务平台建设案例…285 8.3.1电网GS建设目标及原则…285 8.3.2电网GIS基础数据准备方案… …287 8.3.3电网GIS总体功能框架… …289 电力物联网工程技术原理与应用三校文前mdd6 2019/8/118:03:28
VI 电力物联网工程技术原理与应用 6.3.3 电力通信系统中的软交换技术的应用 ························································ 212 6.3.4 多介质融合的智能配用电网通信关键技术应用 ········································· 214 第7章 配电系统物联网工程技术与应用 ········································ 219 7.1 配电系统物联网工程技术基础知识 ········································ 220 7.1.1 配电物联网设计技术的基本概念 ······························································· 220 7.1.2 配电网综合自动化系统技术基础 ······························································· 221 7.1.3 配电网规划设计技术基础知识 ··································································· 226 7.1.4 国家配电网建设改造行动计划重点任务 ···················································· 227 7.2 配电系统物联网技术实施方法 ··············································· 229 7.2.1 电力系统负荷预测技术及方法 ··································································· 230 7.2.2 配电网现状问题诊断及发展水平评价 ························································ 234 7.2.3 智能配电物联网通信组网技术 ··································································· 237 7.3 配电系统物联网工程实际案例分析 ········································ 239 7.3.1 配电物联网自动化通信协议设计应用 ························································ 239 7.3.2 配电网系统网架结构设计应用 ··································································· 242 7.3.3 配电物联网自动化技术设计应用 ······························································· 247 7.3.4 配电网物联系统用户接入设计应用 ··························································· 250 第8章 电网 GIS 物联网工程技术与应用 ······································ 256 8.1 电网 GIS 物联网工程技术基本原理 ········································ 257 8.1.1 电网 GIS 物联网工程技术基本概念 ··························································· 257 8.1.2 “北斗”卫星导航系统与地理信息系统 ···················································· 258 8.1.3 空间位置信息采录与数据采集整理 ··························································· 264 8.1.4 基于电网 GIS 物联网配电专业应用方法 ··················································· 266 8.2 电网 GIS 物联网工程技术设计方法 ········································ 272 8.2.1 电网 GIS 输配电物联网系统一体化 ··························································· 272 8.2.2 网络三维 GIS 与电网工程数字化设计移交系统 ········································ 276 8.2.3 电网 GIS 物联网信息安全架构设计方法 ··················································· 279 8.2.4 电网 GIS 与配电自动化系统集成设计方法 ················································ 282 8.3 辽宁电网 GIS 空间信息服务平台建设案例 ····························· 285 8.3.1 电网 GIS 建设目标及原则 ·········································································· 285 8.3.2 电网 GIS 基础数据准备方案 ······································································ 287 8.3.3 电网 GIS 总体功能框架 ············································································· 289 电力物联网工程技术原理与应用 三校 文前.indd 6 2019/8/1 18:03:28
目录L 8.3.4电网GIS物联网系统主要应用功能… …290 第9章 无线移动通信物联网工程技术与应用…295 9.1无线移动通信物联网工程技术基本原理…296 9.1.1无线移动通信技术基本概念………296 9.1.2三网融合的感知与控制物联网系统平台…299 9.L.3光纤通信技术概念及主要特点 …302 9.I.4多表合一集抄系统的关键网络技术…304 9.2无线移动通信物联网工程技术方法 …307 9.2.1面向输变配用的传感网关键技术方法… …307 9.2.2传感网接入TD网关键技术研究与装置…313 9.23面向电网安全监控与信息互动的智能传感装置… …315 9.2.4面向电网安全监控与信息互动的信息处理技术 331 9.3无线移动通信物联网示范工程应用案例…336 9.3.1220kV输电线路物联网线监测示范应用… …336 9.3.2何家220kV智能变电站在线监测示范应用… …343 93.3配电线路物联网系统在线示范应用…347 9.3.4电力营销信息物联网系统在线示范应用… …351 第10章 电力人工智能物联网工程技术与应用… …355 10.1电力人工智能物联网工程技术基本原理… …356 10.1.1人工智能物联网工程技术基本概念… …356 1012电力人工智能物联网工程技术与应用… …359 10.1.3我国人工智能应用与生态发展分析…364 10.2国家新一代人工智能发展战略… 367 10.2.1新一代人工智能技术国家发展战略… …367 10.2.2加快新时期人工智能发展重点任务… …37] 10.2.3新时期人工智能技术四大攻关领域…379 10.3电力人工智能物联网应用技术展望 381 10.3.1运检人工智能物联网技术应用… …381 10.3.2运行控制人工智能物联网技术应用… …387 10.3.3供用电服务人工智能物联网技术应用…390 参考文献…393 电力物联网工程技术原理与应用三校文前.dd7 2019/8/118:03:23
目 录 VII 8.3.4 电网 GIS 物联网系统主要应用功能 ··························································· 290 第9章 无线移动通信物联网工程技术与应用 ································ 295 9.1 无线移动通信物联网工程技术基本原理 ·································· 296 9.1.1 无线移动通信技术基本概念······································································· 296 9.1.2 三网融合的感知与控制物联网系统平台 ···················································· 299 9.1.3 光纤通信技术概念及主要特点 ··································································· 302 9.1.4 多表合一集抄系统的关键网络技术 ··························································· 304 9.2 无线移动通信物联网工程技术方法 ········································ 307 9.2.1 面向输变配用的传感网关键技术方法 ························································ 307 9.2.2 传感网接入 TD 网关键技术研究与装置····················································· 313 9.2.3 面向电网安全监控与信息互动的智能传感装置 ········································· 315 9.2.4 面向电网安全监控与信息互动的信息处理技术 ········································· 331 9.3 无线移动通信物联网示范工程应用案例 ·································· 336 9.3.1 220kV 输电线路物联网线监测示范应用 ···················································· 336 9.3.2 何家 220kV 智能变电站在线监测示范应用 ··············································· 343 9.3.3 配电线路物联网系统在线示范应用 ··························································· 347 9.3.4 电力营销信息物联网系统在线示范应用 ···················································· 351 第 10 章 电力人工智能物联网工程技术与应用 ····························· 355 10.1 电力人工智能物联网工程技术基本原理 ································ 356 10.1.1 人工智能物联网工程技术基本概念 ························································· 356 10.1.2 电力人工智能物联网工程技术与应用 ······················································ 359 10.1.3 我国人工智能应用与生态发展分析 ························································· 364 10.2 国家新一代人工智能发展战略 ············································· 367 10.2.1 新一代人工智能技术国家发展战略 ························································· 367 10.2.2 加快新时期人工智能发展重点任务 ························································· 371 10.2.3 新时期人工智能技术四大攻关领域 ························································· 379 10.3 电力人工智能物联网应用技术展望 ······································ 381 10.3.1 运检人工智能物联网技术应用 ································································· 381 10.3.2 运行控制人工智能物联网技术应用 ························································· 387 10.3.3 供用电服务人工智能物联网技术应用 ······················································ 390 参考文献 ··································································································· 393 电力物联网工程技术原理与应用 三校 文前.indd 7 2019/8/1 18:03:28
风 ⊕ ⊕ 电力物联网工程技术原理与应用三校文前dd8 风 2019/8/118:03:28
电力物联网工程技术原理与应用 三校 文前.indd 8 2019/8/1 18:03:28
第3章 电力物联网工程技术基础知识 新一代5G移动通信技术，智慧城市的含义及其新技术，智能电网概念及主要特点， 微电网、微能源网与能源互联网，基于物联网的电力系统发展分析，区块链技术发展路 径及生态，区块链技术典型应用领域是本章重点介绍的内容。 @ 电力物联网工程技术原理与应用三校正文.ndd60 2019/8/118:03:45
第 3 章 电力物联网工程技术基础知识 新一代 5G 移动通信技术，智慧城市的含义及其新技术，智能电网概念及主要特点， 微电网、微能源网与能源互联网，基于物联网的电力系统发展分析，区块链技术发展路 径及生态，区块链技术典型应用领域是本章重点介绍的内容。 电力物联网工程技术原理与应用 三校 正文.indd 60 2019/8/1 18:03:45