中图网

>

电工技术

>

电工基础理论

电网工程限额设计控制指标(2016年水平)

作者：电力规划设计总院编

出版社：中国电力出版社出版时间：2017-04-01

开本： 21cm 页数： 348页

本类榜单：工业技术销量榜

中图价:¥44.0(5.5折) 定价 ~~¥80.0~~ 登录后可看到会员价

加入购物车收藏

运费6元，满39元免运费

?新疆、西藏除外

本类五星书更多>

>
湖南省志(1978-2002)?铁路志

湖南省志(1978-2002)?铁路志

¥70.6¥98
>
公路车宝典(ZINN的公路车维修与保养秘籍)

公路车宝典(ZINN的公路车维修与保养秘籍)

¥69.6¥120
>
晶体管电路设计(下)

晶体管电路设计(下)

¥28.6¥38
>
基于个性化设计策略的智能交通系统关键技术

基于个性化设计策略的智能交通系统关键技术

¥48.6¥68
>
德国克虏伯与晚清火:贸易与仿制模式下的技术转移

德国克虏伯与晚清火:贸易与仿制模式下的技术转移

¥21.8¥65
>
花样百出:贵州少数民族图案填色

花样百出:贵州少数民族图案填色

¥19.1¥45
>
识木:全球220种木材图鉴

识木:全球220种木材图鉴

¥159.6¥228

商品详情
商品评论(0条)

中图价:¥44.0 加入购物车

版权信息
本书特色
内容简介
目录
作者简介

微信公众号

电网工程限额设计控制指标(2016年水平) 版权信息

ISBN：9787519806668
条形码：9787519806668 ; 978-7-5198-0666-8
装帧：暂无
册数：暂无
重量：暂无
所属分类：
工业技术
>
电工技术
>
电工基础理论

电网工程限额设计控制指标(2016年水平) 本书特色

根据我国电力工程技术发展的需要，电力规划设计总院受国家能源局委托在2015年水平限额设计参考造价指标基础上，依据2015年度电网工程初步设计及施工图资料，采用2013年由国家能源局发布的《电网工程建设预算编制及施工定额规定》等相关设备、材料价格，编制而成。本限额设计控制指标适用于220-1000kv送变电工程项目。

电网工程限额设计控制指标(2016年水平) 内容简介

本书根据我国电力工程技术发展的需要, 电力规划设计总院受国家能源局委托在2015年水平限额设计参考造价指标基础上, 依据2015年度电网工程初步设计及施工图资料, 采用2013年由国家能源局发布的《电网工程建设预算编制及施工定额规定》等相关设备、材料价格, 编制而成。本限额设计控制指标适用于220-1000kv送变电工程项目。

电网工程限额设计控制指标(2016年水平) 目录

**部分送电工程一、送电工程限额设计控制指标（2016 年水平） ············ 3（一）编制说明 ·················································· 31. 主要编制依据 ··············································· 32. 编制范围 ···················································· 43. 工程技术条件 ··············································· 54. 指标内容构成 ··············································· 55. 使用说明 ···················································· 5（二）2016 年水平送电工程限额设计控制指标范围 ···· 6（三）1000kV 送电工程限额设计控制指标 ···············11（四）±800kV 送电工程限额设计控制指标 ·············12（五）750kV 送电工程限额设计控制指标 ················12（六）500kV 送电工程限额设计控制指标 ················13（七）330kV 送电工程限额设计控制指标 ················18（八）220kV 送电工程限额设计控制指标 ················20（九）接地极线路工程限额设计控制指标 ················22（十）送电工程限额水平调整系数 ·························23（十一）2016 年水平送电工程主要材料价格表 ·········24（十二）送电工程限额设计控制指标计算实例 ··········252二、送电工程限额设计技术条件 ································ 27（一）1000kV 送电工程限额设计基本技术组合方案 ······················································· 27（二）±800kV 送电工程限额设计基本技术组合方案 ······················································· 28（三）750kV 送电工程限额设计基本技术组合方案 ···· 28（四）500kV 送电工程限额设计基本技术组合方案 ···· 29（五）330kV 送电工程限额设计基本技术组合方案 ···· 34（六）220kV 送电工程限额设计基本技术组合方案 ···· 36（七）接地极线路工程限额设计基本技术组合方案 ···· 38（八）1000kV 送电工程主要材料单位千米指标 ········ 39（九）±800kV 送电工程主要材料单位千米指标 ······· 42（十）750kV 送电工程主要材料单位千米指标 ·········· 44（十一）500kV 送电工程主要材料单位千米指标 ······· 47（十二）330kV 送电工程主要材料单位千米指标 ······· 59（十三）220kV 送电工程主要材料单位千米指标 ······· 64（十四）接地极线路工程主要材料单位千米指标 ······· 69三、送电工程综合结算性造价指数（2015～2016 年水平） ··························································· 72（一）编制说明 ················································· 721. 编制目的 ··················································· 722. 主要编制依据 ············································· 723. 编制范围 ··················································· 73（二）2015～2016 年结算性造价指数 ····················· 74四、工程案例 ························································ 77（一）晋东南—南阳1000kV 特高压交流试验示范3线路工程案例 ···········································771. 基本技术组合方案 ········································772. 主要材料单位千米指标 ···································783. 工程造价 ···················································79（二）楚雄—穗东±800kV 特高压直流输电线路示范工程案例 ···········································791. 基本技术组合方案 ········································792. 主要材料单位千米指标 ···································803. 工程造价 ···················································81（三）宁东—山东±660kV 直流输电线路工程案例 ····821. 基本技术组合方案（GB 50545—2010《110kV～750kV 架空输电线路设计规范》） ·····················822. 主要材料单位千米指标 ···································833. 工程造价 ···················································84（四）花都—博罗500kV 同塔双回路4×720 导线线路工程案例 ···········································851. 基本技术组合方案（设计执行DL/T 5092—1999《110kV～500kV 架空送电线路设计技术规程》） ····852. 主要材料单位千米指标 ···································863. 工程造价 ···················································87（五）利港三期—锡东南变电站500kV 同塔四回路线路工程案例 ···········································881. 基本技术组合方案（设计执行DL/T 5092—1999《110kV～500kV 架空送电线路设计技术规程》） ····882. 主要材料单位千米指标 ···································893. 工程造价 ···················································90（六）新都桥—甘谷地500kV 同塔双回路线路工程4案例（高山及峻岭地形） ···························· 901. 基本技术组合方案（设计执行GB 50545—2010《110kV～750kV 架空输电线路设计规范》） ········· 902. 主要材料单位千米指标 ·································· 913. 工程造价 ··················································· 92（七）徐家庄—侯桥变电站330kV 同塔双回路2×630 导线线路工程案例 ································ 931. 基本技术组合方案（设计执行DL/T 5092—1999《110kV～500kV 架空送电线路设计技术规程》） ··· 932. 主要材料单位千米指标 ·································· 943. 工程造价 ··················································· 95第二部分光纤通信工程一、光纤通信工程限额设计控制指标（2016 年水平） ···· 99（一）编制说明 ················································· 991. 主要编制依据 ············································· 992. 编制范围 ················································· 1003. 指标内容构成 ··········································· 1004. 其他有关问题 ··········································· 101（二）OPGW 缆路工程限额设计控制指标 ············· 101（三）ADSS 缆路工程限额设计控制指标 ·············· 102（四）光纤通信中继站工程限额设计控制指标及基本技术组合方案 ··································· 1031. 光纤通信中继站工程限额设计控制指标 ············· 1032. 光纤通信中继站工程限额设计基本技术组合方案 ···· 104（五）光纤通信设备参考价格表 ·························· 1045二、光纤通信工程综合结算性造价指数（2015～2016 年水平） ················································ 106（一）编制说明 ··············································· 1061. 编制目的 ················································· 1062. 主要编制依据 ············································ 1063. 编制范围 ················································· 107（二）OPGW 缆路工程综合结算性造价指数 ··········· 108（三）ADSS 缆路工程综合结算性造价指数 ············ 108第三部分变电工程一、变电工程限额设计控制指标（2016 年水平） ········· 111（一）编制说明 ··············································· 1111. 主要编制依据 ············································ 1112. 编制范围 ················································· 1133. 工程技术条件 ············································ 1134. 指标内容构成 ············································ 1135. 使用说明 ················································· 1146. 2016 年水平变电工程限额设计控制指标汇总表 ····· 114（二）1000kV 变电站工程组合电器（GIS）方案限额设计控制指标 ········································· 125（三）±800kV 换流站工程方案限额设计控制指标 ····················································· 126（四）750kV 变电站工程罐式断路器方案限额设计控制指标 ··············································· 127（五）750kV 变电站工程组合电器方案限额设计控制指标 ····················································· 1296（六）500kV 变电站工程柱式断路器方案限额设计控制指标 ··············································· 130（七）500kV 变电站工程罐式断路器方案限额设计控制指标 ··············································· 132（八）500kV 变电站工程组合电器（GIS）方案限额设计控制指标 ········································· 133（九）500kV 变电站工程组合电器（HGIS）方案限额设计控制指标 ········································· 134（十）±500kV 换流站工程方案限额设计控制指标 ····················································· 135（十一）330kV 变电站工程柱式断路器方案限额设计控制指标 ············································ 135（十二）330kV 变电站工程罐式断路器方案限额设计控制指标 ············································ 137（十三）330kV 变电站工程组合电器方案限额设计控制指标 ············································ 138（十四）220kV 变电站工程柱式断路器方案限额设计控制指标 ············································ 139（十五）220kV 变电站工程组合电器方案限额设计控制指标 ············································ 140（十六）变电工程限额水平调整指标 ···················· 140（十七）变电站主要设备参考价格表 ···················· 141（十八）换流站主要设备参考价格表 ···················· 157二、变电工程限额设计控制指标技术条件 ·················· 163（一）1000kV 变电站工程技术组合方案 ··············· 1631. 1000kV 变电站（2×3000MVA、GIS）新建方案 ···· 1632. 1000kV 变电站扩建主变压器（1×3000MVA、7GIS）模块 ··············································· 1743. 1000kV 变电站扩建线路高压电抗器（1×720Mvar）模块 ······················································ 1754. 1000kV 变电站扩建1 回出线（2 台GIS 断路器）模块 ······················································ 1755. 1000kV 变电站扩建1 回出线（1 台GIS 断路器）模块 ······················································ 1766. 110kV 扩建电容器（1×210Mvar）模块 ············· 1777. 110kV 扩建电抗器（1×240Mvar）模块 ············· 178（二）±800kV 换流站工程技术组合方案 ·············· 1791. ±800kV 换流站（3000MW、交流户外GIS）新建方案 ······················································ 1792. ±800kV 换流站接地极极址方案 ······················ 195（三）750kV 变电站工程技术组合方案 ················· 1961. 750kV 变电站（1×2100MVA、750kV 罐式断路器、330kV 柱式断路器）新建方案 ························ 1962. 750kV 变电站（1×1500MVA、750kV 罐式断路器、220kV 柱式断路器）新建方案 ························ 1993. 750kV 变电站扩建主变压器（1×2100MVA、750kV 罐式断路器、330kV 柱式断路器）模块 ····· 2034. 750kV 变电站扩建主变压器（1×1500MVA、750kV 罐式断路器、220kV 柱式断路器）模块 ····· 2055. 750kV 变电站扩建1 回出线（2 台罐式断路器）模块 ······················································ 2066. 750kV 变电站扩建1 回出线（1 台罐式断路器）模块 ······················································ 2077. 750kV 变电站扩建线路高压电抗器（1×300Mvar）模块 ······················································ 20888. 750kV 变电站（1×2100MVA、750kV GIS、330kV柱式断路器）新建方案 ································ 2099. 750kV 变电站扩建主变压器（1×2100MVA、750kVGIS、330kV 柱式断路器、智能化）新建方案 ······ 21310. 750kV 变电站扩建主变压器（1×2100MVA、750kV GIS、330kV 柱式断路器）模块 ············· 21811. 750kV 变电站扩建1 回出线（2 台GIS 断路器）模块 ····················································· 22012. 750kV 变电站扩建1 回出线（1 台GIS 断路器）模块 ····················································· 221（四）500kV 变电站工程技术组合方案 ················· 2221. 500kV 变电站（1×750MVA、柱式断路器）新建方案 ······················································ 2222. 500kV 变电站扩建主变压器（1×750MVA、柱式断路器）模块 ··········································· 2253. 500kV 变电站扩建1 回出线（2 台柱式断路器）模块 ······················································ 2274. 500kV 变电站扩建1 回出线（1 台柱式断路器）模块 ······················································ 2285. 500kV 变电站扩建母线高压电抗器（1×150Mvar、柱式断路器）模块 ····································· 2296. 500kV 变电站扩建线路高压电抗器（1×150Mvar）模块 ······················································ 2307. 35kV 扩建电抗器（1×60Mvar）模块 ··············· 2318. 35kV 扩建电容器（1×60Mvar）模块 ··············· 2329. 500kV 变电站（2×1000MVA、罐式断路器）新建方案 ······················································ 23310. 500kV 变电站扩建主变压器（1×1000MVA、罐式9断路器）模块 ·········································· 23711. 500kV 变电站扩建1 回出线（2 台罐式断路器）模块 ····················································· 23812. 500kV 变电站扩建1 回出线（1 台罐式断路器）模块 ····················································· 23913. 66kV 扩建电抗器（1×60Mvar）模块 ·············· 24014. 66kV 扩建电容器（1×60Mvar）模块 ·············· 24115. 500kV 变电站（2×1000MVA、GIS）新建方案 ··· 24216. 500kV 变电站（2×1000MVA、GIS、智能化）新建方案 ················································ 24517. 500kV 变电站扩建主变压器（1×1000MVA、GIS）模块 ·············································· 24918. 500kV 变电站扩建1 回出线（2 台GIS 断路器）模块 ····················································· 25019. 500kV 变电站扩建1 回出线（1 台GIS 断路器）模块 ····················································· 25120. 500kV 变电站（2×1000MVA、HGIS）新建方案 ····················································· 25221. 500kV 变电站扩建主变压器（1×1000MVA、HGIS）模块 ············································ 25522. 500kV 变电站扩建1 回出线（2 台HGIS 断路器）模块 ····················································· 25723. 500kV 变电站扩建1 回出线（1 台HGIS 断路器）模块 ····················································· 258（五）±500kV 换流站技术组合方案 ···················· 2591. ±500kV 换流站（3000MW、交流户内GIS）新建方案 ······················································ 2592. ±500kV 换流站（3000MW、交流柱式断路器）10新建方案 ················································ 2633. ±500kV 换流站接地极极址方案 ····················· 268（六）330kV 变电站工程技术组合方案 ················· 2681. 330kV 变电站（1×240MVA、柱式断路器）新建方案 ······················································ 2682. 330kV 变电站扩建主变压器（1×240MVA、柱式断路器）模块 ··········································· 2723. 330kV 变电站扩建1 回出线（2 台柱式断路器）模块 ······················································ 2734. 330kV 变电站扩建1 回出线（1 台柱式断路器）模块 ······················································ 2745. 330kV 变电站（1×240MVA、罐式断路器）新建方案 ······················································ 2756. 330kV 变电站扩建主变压器（1×240MVA、罐式断路器）模块 ··········································· 2797. 330kV 变电站扩建1 回出线（2 台罐式断路器）模块 ······················································ 2808. 330kV 变电站扩建1 回出线（1 台罐式断路器）模块 ······················································ 2819. 330kV 变电站扩建线路高压电抗器（1×90Mvar）模块 ······················································ 28210. 330kV 变电站（2×360MVA、GIS）新建方案 ···· 28311. 330kV 变电站（2×360MVA、GIS、智能化）新建方案 ····················································· 28712. 330kV 变电站扩建主变压器（1×360MVA、GIS）模块 ····················································· 29013. 330kV 变电站扩建1 回出线（1 台GIS 断路器）模块 ····················································· 29211（七）220kV 变电站工程技术组合方案 ················· 2931. 220kV 变电站（2×180MVA、柱式断路器）新建方案 ················································· 2932. 220kV 变电站扩建主变压器（1×180MVA、柱式断路器）模块 ··········································· 2963. 220kV 变电站扩建1 回出线（1 台柱式断路器）模块 ······················································ 2974. 220kV 变电站（2×240MVA、GIS）新建方案 ······ 2985. 220kV 变电站（2×240MVA、GIS、智能化）新建方案 ················································· 3016. 220kV 变电站扩建主变压器（1×240MVA、GIS）模块 ······················································ 3047. 220kV 变电站扩建1 回出线（1 台GIS 断路器）模块 ······················································ 306三、变电工程综合结算性造价指数（2015～2016 年水平） ·························································· 307（一）编制说明 ··············································· 3071. 编制目的 ················································· 3072. 主要编制依据 ············································ 3073. 编制范围 ················································· 309（二）1000、±800、750、500、330、220kV 变电站工程综合结算性造价指数（%） ·················· 310四、工程案例 ······················································· 311（一）±800kV 换流站工程造价案例 ···················· 3111. ±800kV 普洱换流站工程造价及技术组合方案 ····· 3112. ±800kV 江门换流站工程造价及技术组合方案 ····· 31612（二）±660kV 换流站工程造价案例 ···················· 3221. ±660kV 银川东换流站工程造价及技术组合方案 ···· 3222. ±660kV 青岛换流站工程造价及技术组合方案 ····· 327（三）500kV 变电站工程（全户内）造价案例 ········ 333500kV 北京朝阳变电站工程造价及技术组合方案 ······ 333（四）220kV 变电站工程（全户内）造价案例 ········ 336220kV 临二（上泗）变电站工程造价及技术组合方案 ·························································· 336（五）220kV 变电站工程（地下）造价案例 ··········· 340220kV 北京地安门变电站工程造价及技术组合方案 ···· 340（六）串联补偿工程造价案例 ····························· 342博尚串联补偿工程造价及技术组合方案 ················· 342（七）静止无功补偿（SVC）装置工程造价案例 ····· 345陈家桥500kV 变电站加装静止无功补偿（SVC）装置工程造价及技术组合方案 ··························· 345

展开全部

电网工程限额设计控制指标(2016年水平) 作者简介

电力规划设计总院。能源领域行业标准化管理机构之一，对电力规划设计相关标准制订工作行使管理职责，并负责能源行业电力系统规划设计标准化技术委员会等的日常管理及其标准立项报批等业务的指导工作。审核人员：于刚季月辉、杨林、吴建生、梁言桥、苑奇、孙寿广编制人员：电力规划设计总院：陈立新、吕世森、温卫宁、宋大钢、杨健、左宏斌、骆雪梅、雷小兰、唐易木、李振宇、李宝金、李喜来、李勇伟、李永双、方静、吴克芬、邓长红、王静、颜士海、苗桂良、王勇、李树辰、黄晓莉、陈志蓉东北电力设计院：韩彬、刘昕枝、刘会赣、沈爱民、杜继平、韩迅利西北电力设计院：税全利、李新明、彭玉、王志军、陈建忠、谭浩文、王黎彦、顾群、吕文娟、刘昱、康鹏华东电力设计院：胡懿、沈英、马兰英、徐焕玲、魏苏真、杨军、董骏、徐璇、王晓京、陈跃、沈蓓、陆军、刘玉雷、钱广忠、董建尧中南电力设计院：张平朗、刘钊、康巍、贾瑞芳、樊哲培、王丽萍、江卫华、杨艺、马凌、王光平、谢龙、戚乐、饶冰、向长征、曾静、高进强、吴必华、谭静、程超、杨金根西南电力设计院：柴蓉、韩颖、袁泉、杨清、李萍、丁晓飞、苏强、张勤、曹豫岩、梁明、肖兵、周刚、邓安全、李力、肖洪伟

商品评论(0条)

写书评赚书币

暂无评论……

书友推荐