描述
开 本: 16开纸 张: 胶版纸包 装: 平装-胶订是否套装: 否国际标准书号ISBN: 9787564369057
目
录
1 现代有轨电车供电基本知识································································· 001
1.1 供电系统构成··········································································· 001
1.2 供配电常用设备功能及用途······················································· 007
1.3 架空接触网·············································································· 018
1.4 充电轨···················································································· 031
1.5 电气试验················································································· 035
2 牵引变电所施工技术··········································································· 038
2.1 施工准备················································································· 039
2.2 施工技术标准··········································································· 042
2.3 施工工序················································································· 043
2.4 施工质量标准··········································································· 047
2.5 安全、环保注意事项································································· 047
…………
5 杂散电流监测系统施工技术································································· 124
5.1 参比电极安装··········································································· 124
5.2 传感器安装·············································································· 130
5.3 杂散电流检测装置安装······························································ 135
5.4 排流柜安装·············································································· 141
6 动照供电施工技术·············································································· 148
6.1 动照变压器·············································································· 149
6.2 10.4 kV智能开关柜·································································· 156
6.3 开关箱、柜、屏······································································· 163
6.4 照明灯具················································································· 170
6.5 开关、插座·············································································· 178
7 电力监控系统施工技术······································································· 185
7.1 施工准备················································································· 186
7.2 施工技术标准··········································································· 188
7.3 施工工序················································································· 190
7.4 施工质量标准··········································································· 193
7.5 安全、环保注意事项································································· 194
8 供电管、线、电缆施工技术································································· 196
8.1 支架安装················································································· 197
8.2 保护管安装·············································································· 202
8.3 电缆安装················································································· 211
9 回流线、均流线施工技术···································································· 224
9.1 施工准备················································································· 225
9.2 施工技术标准··········································································· 227
9.3 施工工序················································································· 227
9.4 施工质量标准··········································································· 230
9.5 安全、环保注意事项································································· 231
10 接地系统施工技术············································································ 233
10.1 接地网安装············································································ 234
10.2 接地母线、端子箱安装···························································· 243
10.3 接地线
（电缆、镀锌圆钢、镀锌扁钢、镀铜圆钢）安装························· 250
参考标准名录 260
前
言
本书为“现代有轨电车施工实用技术指导丛书”的第三册，以云南省红河州滇南中心城市群现代有轨电车示范线项目为依托，对有轨电车供电工程施工进行了研究与总结。
该项目有轨电车供电采用分散式供电模式，全部采用预装箱式变电所。牵引供电分为有网区段、无网区段。有网区段采用双绝缘柔性简单悬挂接触网供电，平交路断网。无网区段采用站台设置充电轨供电，停车场内设置充电轨供电。牵引供电电压为DC 750 V，走行轨回流。从城市配电网分别引入10 kV外电源作为有轨电车供电电源，各供电分区间采用10 kV单环网供电。当某一直流供电分区停电时，可进行跨区供电，有网区段与无网区段采用应急联络柜进行联络供电。牵引电源由10 kV电压等级经整流器降压，整流器整流后变为DC 750 V。动力、照明电源由10 kV电压等级经降压变压器变为AC 0.4 kV。有轨电车供电线路长，供电电缆（线）需经过保护电缆沟、电缆桥架等才能敷设完成。接触网需架空施工，因大型专业施工设备进场作业困难、不经济等，大多采用人工配合简单机械的方式进行。且常在交通要道施工，因此，其施工具有干扰大、交通安全风险大、环保要求高等特点。此外，有轨电车在施工方法、劳动力组织、施工机具设备、质量安全保障措施等方面与传统铁路、地铁施工也有明显的差异。云南省建设投资控股集团有限公司市政总承包部根据这些特点，结合所承建的滇南中心城市群现代有轨电车示范线项目积累的施工经验，对本项目的供电工程施工部分从施工方法、施工流程、劳动力组织、施工机具设备、质量安全保障措施等多个方面进行了详细总结。
本书第1章简单介绍了现代有轨电车供电的基本知识；第2章介绍了牵引变电所施工技术；第3章介绍了架空接触网施工技术；第4章介绍了充电轨施工技术；第5章介绍了杂散电流监测系统施工技术；第6章介绍了动照供电施工技术；第7章介绍了电力监控施工技术；第8章介绍了供电管、线、电缆施工技术；第9章介绍了回流线、均流线施工技术；第10章介绍了接地系统施工技术。本书内容基本涵盖了现代有轨电车供电施工的全过程，希望对今后的有轨电车项目供电施工起到指导和借鉴作用。
本书在编写过程中得到了云南建投安装股份有限公司、云南建投第二安装工程公司等参建单位广大现场技术人员的大力支持，昆明理工大学的赖应良等完成了本丛书的编辑策划、统稿修订等工作，特此表示衷心感谢！
由于编者水平有限，书中不足之处恳请读者和专家批评指正。
本书编委会
2018年7月
评论
还没有评论。