电网工程限额设计控制指标（2023年水平-电力规划设计总院）

第一部分 送电工程
一、送电工程限额设计控制指标（2023 年水平） ············ 2
（一）编制说明 ·················································· 2
1. 主要编制依据 ·············································· 2
2. 编制范围 ···················································· 3
3. 工程技术条件 ·············································· 4
4. 指标内容构成 ·············································· 4
5. 使用说明 ···················································· 4
（二）2023 年水平送电工程限额设计控制指标范围 ···· 5
（三）1000kV 送电工程限额设计控制指标 ·············· 13
（四）750kV 送电工程限额设计控制指标 ··············· 14
（五）500kV 送电工程限额设计控制指标 ··············· 16
（六）330kV 送电工程限额设计控制指标 ··············· 21
（七）220kV 送电工程限额设计控制指标 ··············· 23
（八）±800kV 送电工程限额设计控制指标 ············ 28
（九）接地极线路工程限额设计控制指标 ··············· 30
（十）送电工程限额水平调整系数 ························ 31
（十一）2023 年水平送电工程主要材料价格表 ········ 32
（十二）送电工程限额设计控制指标使用示例 ········· 33
二、送电工程限额设计技术条件 ································ 34
（一）1000kV 送电工程限额设计基本技术组合
方案 ······················································· 34
（二）750kV 送电工程限额设计基本技术组合
方案 ······················································· 35
（三）500kV 送电工程限额设计基本技术组合
方案 ······················································· 37
（四）330kV 送电工程限额设计基本技术组合
方案 ······················································· 42
（五）220kV 送电工程限额设计基本技术组合
方案 ······················································· 44
（六）±800kV 送电工程限额设计基本技术组合
方案 ······················································· 49
（七）接地极线路工程限额设计基本技术组合
方案 ······················································· 51
（八）1000kV 送电工程主要材料单位千米指标 ········ 52
（九）750kV 送电工程主要材料单位千米指标 ·········· 56
（十）500kV 送电工程主要材料单位千米指标 ·········· 60
（十一）330kV 送电工程主要材料单位千米指标 ······· 71
（十二）220kV 送电工程主要材料单位千米指标 ······· 77
（十三）±800kV 送电工程主要材料单位千米指标 ···· 88
（十四）接地极线路工程主要材料单位千米指标 ······· 93
三、送电工程造价指数（2022～2023 年水平） ············· 95
（一）编制说明 ················································· 95
（二）送电工程 2022～2023 年造价指数 ················· 96
四、工程案例 ······················································· 101
（一）准东（昌吉）—华东（皖南）±1100kV
特高压直流输电线路工程案例 ···················· 101
1. 基本技术组合方案 ······································ 101
2. 主要材料单位千米指标 ································ 102
3. 工程造价 ················································· 103
（二）宁东—山东±660kV 直流输电线路工程
案例 ····················································· 104
1. 基本技术组合方案 ······································ 104
2. 主要材料单位千米指标 ································ 105
3. 工程造价 ················································· 106
（三）张北—康保—丰宁—北京—张北±500kV
柔性直流输电线路工程案例 ······················· 106
1. 基本技术组合方案 ······································ 106
2. 主要材料单位千米指标 ································ 108
3. 工程造价 ················································· 108
（四）利港电厂三期—锡东南变电站 500kV 同塔
四回路线路工程案例 ································ 109
1. 基本技术组合方案 ······································ 109
2. 主要材料单位千米指标 ································ 110
3. 工程造价 ················································· 111
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（2023 年水平） ··· 113
（一）编制说明 ··············································· 113
1. 编制目的 ················································· 113
2. 主要编制依据 ··········································· 113
3. 编制范围 ················································ 115
（二）OPGW 缆路工程限额设计控制指标 ············· 115
（三）ADSS 缆路工程限额设计控制指标 ·············· 117
（四）光通信中继站工程限额设计控制指标及基本
技术组合方案 ········································· 119
1. 光通信中继站工程限额设计控制指标 ··············· 119
2. 光通信中继站工程限额设计基本技术组合方案····· 119
（五）光纤通信设备参考价格表 ·························· 120
二、光纤通信工程造价指数（2022～2023 年水平） ····· 121
（一）编制说明 ··············································· 121
（二）OPGW 缆路工程 2022～2023 年造价指数 ······ 121
（三）ADSS 缆路工程 2022～2023 年造价指数 ······· 122
第三部分 变电工程
一、变电工程限额设计控制指标（2023 年水平） ········ 124
（一）编制说明 ··············································· 124
1. 主要编制依据 ··········································· 124
2. 编制范围 ················································ 128
3. 工程技术条件 ··········································· 128
4. 指标内容构成 ··········································· 128
5. 使用说明 ················································ 128
6. 2023 年水平变电工程限额设计控制指标汇总表 ···· 129
（二）1000kV 变电站工程组合电器方案限额设计
控制指标 ··············································· 141
（三）750kV 变电站工程 GIS 方案限额设计控制
指标 ····················································· 143
（四）750kV 变电站工程 HGIS 方案限额设计
控制指标 ··············································· 144
（五）750kV 变电站工程其他方案限额设计控制
指标 ····················································· 145
（六）500kV 变电站工程柱式断路器方案限额设计
控制指标 ··············································· 146
（七）500kV 变电站工程罐式断路器方案限额设计
控制指标 ··············································· 147
（八）500kV 变电站工程 GIS 方案限额设计控制
指标 ····················································· 148
（九）500kV 变电站工程 HGIS 方案限额设计
控制指标 ··············································· 149
（十）500kV 变电站工程其他方案限额设计控制
指标 ····················································· 151
（十一）330kV 变电站工程 GIS 方案限额设计控制
指标 ·················································· 152
（十二）330kV 变电站工程 HGIS 方案限额设计控制
指标 ·················································· 153
（十三）330kV 变电站工程柱式断路器方案限额设计
控制指标 ············································ 154
（十四）330kV 变电站工程罐式断路器方案限额设计
控制指标 ············································ 155
（十五）220kV 变电站工程柱式断路器方案限额设计
控制指标 ············································ 156
（十六）220kV 变电站工程 GIS 方案限额设计控制
指标 ·················································· 157
（十七）220kV 变电站工程 HGIS 方案限额设计控制
指标 ·················································· 158
（十八）±800kV 换流站工程限额设计控制指标 ····· 158
（十九）变电站主要设备参考价格表 ···················· 159
（二十）换流站主要设备参考价格表 ···················· 174
（二十一）变电工程限额设计控制指标使用示例 ····· 175
二、变电工程限额设计控制指标技术条件 ·················· 177
（一）1000kV 变电站工程技术组合方案 ··············· 177
1. 1000kV 变电站（2×3000MVA、GIS）新建方案 ·· 177
2. 1000kV 变电站扩建主变压器（1×3000MVA、GIS）
模块 ······················································ 189
3. 1000kV 变电站扩建 1 回出线（2 台 GIS）
模块 ····················································· 191
4. 1000kV 变电站扩建 1 回出线（1 台 GIS）
模块 ······················································ 192
5. 1000kV 变电站扩建线路高压电抗器（1×720Mvar）
模块 ······················································ 193
6. 扩建 110kV 电抗器（1×240Mvar）模块 ············ 193
7. 扩建 110kV 电容器（1×210Mvar）模块 ············ 194
（二）750kV 变电站工程技术组合方案 ················· 196
1. 750kV 变电站（1×2100MVA、750kV GIS、
330kV GIS）新建方案 ································· 196
2. 750kV 变电站扩建主变压器（1×2100MVA、
750kV GIS、330kV GIS）模块 ······················· 200
3. 750kV 变电站扩建 1 回出线（2 台 GIS）
模块 ····················································· 202
4. 750kV 变电站扩建 1 回出线（1 台 GIS）
模块 ······················································ 203
5. 750kV 变电站（1×2100MVA、750kV HGIS、
330kV HGIS）新建方案 ································ 204
6. 750kV 变电站扩建主变压器（1×2100MVA、
750kV HGIS、330kV HGIS）模块 ···················· 208
7. 750kV 变电站扩建 1 回出线（2 台 HGIS）
模块 ······················································ 210
8. 750kV 变电站扩建 1 回出线（1 台 HGIS）
模块 ······················································ 211
9. 750kV 变电站扩建线路高压电抗器（1×300Mvar）
模块 ······················································ 212
10. 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 ···· 213
11. 750kV 变电站扩建主变压器（1×2100MVA、
750kV GIS、330kV 柱式断路器）模块 ············· 215
12. 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 ···· 217
13. 750kV 变电站扩建 1 回出线（2 台罐式断路器）
模块 ····················································· 219
14. 750kV 变电站扩建 1 回出线（1 台罐式断路器）
模块 ····················································· 220
（三）500kV 变电站工程技术组合方案 ················· 221
1. 500kV 变电站（1×750MVA、柱式断路器）
新建方案 ················································· 221
2. 500kV 变电站扩建主变压器（1×750MVA、
柱式断路器）模块 ······································ 225
3. 500kV 变电站扩建 1 回出线（2 台柱式断路器）
模块 ······················································ 227
4. 500kV 变电站扩建 1 回出线（1 台柱式断路器）
模块 ······················································ 228
5. 500kV 变电站（2×1000MVA、罐式断路器）
新建方案 ················································ 229
6. 500kV 变电站扩建主变压器（1×1000MVA、
罐式断路器）模块 ····································· 232
7. 500kV 变电站扩建 1 回出线（2 台罐式断路器）
模块 ····················································· 234
8. 500kV 变电站扩建 1 回出线（1 台罐式断路器）
模块 ····················································· 235
9. 500kV 变电站（2×1000MVA、半户内 GIS）
新建方案 ················································· 236
10. 500kV 变电站（2×1000MVA、户外 GIS）
新建方案 ··············································· 240
11. 500kV 变电站扩建主变压器（1×1000MVA、
GIS）模块 ············································ 243
12. 500kV 变电站扩建 1 回出线（2 台 GIS）模块 ····· 245
13. 500kV 变电站扩建 1 回出线（1 台 GIS）
模块 ···················································· 246
14. 500kV 变电站（2×1000MVA、500kV HGIS、
220kV GIS）新建方案 ································ 247
15. 500kV 变电站扩建主变压器（1×1000MVA、
500kV HGIS、220kV GIS）模块 ·················· 251
16. 500kV 变电站（2×1000MVA、500kV HGIS、
220kV HGIS）新建方案 ······························ 252
17. 500kV 变电站扩建主变压器（1×1000MVA、
500kV HGIS、220kV HGIS）模块 ················ 256
18. 500kV 变电站扩建 1 回出线（2 台 HGIS）
模块 ···················································· 258
19. 500kV 变电站扩建 1 回出线（1 台 HGIS）
模块 ····················································· 260
20. 500kV 变电站扩建线路高压电抗器
（1×150Mvar）模块 ·································· 261
21. 扩建 66kV 电抗器（1×60Mvar）模块 ·············· 262
22. 扩建 66kV 电容器（1×60Mvar）模块 ············· 262
23. 扩建 35kV 电抗器（1×60Mvar）模块 ············· 263
24. 扩建 35kV 电容器（1×60Mvar）模块 ············· 265
（四）330kV 变电站工程技术组合方案 ················· 266
1. 330kV 变电站（2×360MVA、半户内 GIS）
新建方案 ················································· 266
2. 330kV 变电站（2×360MVA、户外 GIS）
新建方案 ················································· 269
3. 330kV 变电站扩建主变压器（1×360MVA、GIS）
模块 ······················································ 272
4. 330kV 变电站扩建 1 回出线（1 台 GIS）模块···· 274
5. 330kV 变电站（2×240MVA、HGIS）新建方案 ···· 275
6. 330kV 变电站扩建主变压器（1×240MVA、HGIS）
模块 ······················································ 278
7. 330kV 变电站扩建 1 回出线（2 台 HGIS）
模块 ······················································ 280
8. 330kV 变电站扩建 1 回出线（1 台 HGIS）模块 ···· 281
9. 330kV 变电站扩建线路高压电抗器（1×90Mvar）
模块 ····················································· 282
10. 330kV 变电站扩建主变压器（1×240MVA、
柱式断路器）模块 ····································· 283
11. 330kV 变电站扩建 1 回出线（2 台柱式断路器）
模块 ····················································· 285
12. 330kV 变电站扩建 1 回出线（1 台柱式断路器）
模块 ···················································· 286
13. 330kV 变电站扩建主变压器（1×240MVA、
罐式断路器）模块 ···································· 287
14. 330kV 变电站扩建 1 回出线（2 台罐式断路器）
模块 ···················································· 288
15. 330kV 变电站扩建 1 回出线（1 台罐式断路器）
模块 ···················································· 289
（五）220kV 变电站工程技术组合方案 ················· 290
1. 220kV 变电站（2×180MVA、柱式断路器）
新建方案 ················································ 290
2. 220kV 变电站扩建主变压器（1×180MVA、
柱式断路器）模块 ····································· 294
3. 220kV 变电站扩建 1 回出线（1 台柱式断路器）
模块 ······················································ 295
4. 220kV 变电站（2×240MVA、全户内 GIS）
新建方案 ··············································· 296
5. 220kV 变电站（2×240MVA、半户内 GIS）
新建方案 ················································· 300
6. 220kV 变电站（2×240MVA、户外 GIS）
新建方案 ················································ 303
7. 220kV 变电站扩建主变压器（1×240MVA、GIS）
模块 ····················································· 307
8. 220kV 变电站扩建 1 回出线（1 台 GIS）模块 ······ 308
9. 220kV 变电站（2×240MVA、HGIS）新建方案 ··· 309
10. 220kV 变电站扩建主变压器（1×240MVA、HGIS）
模块 ····················································· 312
11. 220kV 变电站扩建 1 回出线（1 台 HGIS）
模块 ····················································· 314
（六）±800kV 换流站工程技术组合方案 ·············· 315
1. ±800kV 换流站（8000MW、户内 GIS）
新建方案 ················································ 315
2. ±800kV 换流站接地极极址方案 ····················· 331
三、变电工程造价指数（2022～2023 年水平） ············ 332
（一）编制说明 ··············································· 332
（二）变电工程 2022～2023 年造价指数 ················ 332
1. 变电工程 2022～2023 年综合性造价指数（%） ···· 332
2. 变电工程 2022～2023 年结算性造价指数（%） ···· 334
四、工程案例 ······················································· 336
（一）±1100kV 换流站工程造价案例 ··················· 336
1. ±1100kV 准东（昌吉）换流站工程造价及技术
组合方案 ················································· 336
2. ±1100kV 皖南（古泉）换流站工程造价及技术
组合方案 ················································· 347
（二）±660kV 换流站工程造价案例 ···················· 359
1. ±660kV 银川东换流站工程造价及技术组合
方案 ······················································ 359
2. ±660kV 青岛换流站工程造价及技术组合方案 ······ 365
（三）±500kV 柔性直流换流站工程造价案例 ········ 371
1. ±500kV 张北换流站新建工程造价及技术
组合方案 ··············································· 371
2. ±500kV 康保换流站新建工程造价及技术
组合方案 ················································· 383
（四）500kV 与 220kV 合建变电工程（全户内）
造价案例 ··············································· 394