DL/T 5218-2012 in English
VALIDTechnical Code for the Design of 220kV~750kV Substation
- Issued on:2012-08-23
- Implemented on:2012-12-01
- File Format:PDF
- Delivery:Via email within 10 business days
$660.00
| Standard No: | DL/T 5218-2012 |
| Document status: | VALID |
| Title in English: | Technical Code for the Design of 220kV~750kV Substation |
| Title in Chinese: | 220kV～750kV变电站设计技术规程 |
| Language: | English |
| File Format: | Electronic (PDF) |
| Delivery: | Via email within 10 business days |
| Issued on: | 2012-08-23 |
| Implemented on: | 2012-12-01 |
| Superseding: |
DL/T 5218-2005 Technical code for designing 220kV~500kV substation
|
| ICS Classification: | 27.100-Power stations in general |
| Professional Classification: | DL-Electricity |
| Related Topics: | substation
dl/t+886-2012 dl/t305-2012 dl/t 860.7420-2012 dl t 886 2012 Substation Station + Boundary substation dl/t5218 dl/t5218-2012 dl/t5455-2012 dl/t 5272-2012 dl/t 5273-2012 dl/t1171-2012 dl/t 5282-2012 Substation General Layout Design Technology DL/T 5457-2012 Substation Design Substation equipment QR code technology gb50268-2018 substation Transmission and substation design Substation carbon emission measurement technology dl/t1144-2012 |
本标准主要内容包括总则，术语，站址选择，站区规划与总布置，电气一次，系统及电气二次，土建部分，采暖、通风和空调，给水和排水，消防，环境保护，劳动安全和职业卫生，节能。
本标准适用于交流电压为220kV～750kV变电站（开关站）新建及改、扩建工程的设计。
本规程面向电力行业工程设计、施工人员。
Introduction
Background of Standard Revision and Technological Evolution
This standard replaces DL/T 5218-2005. The main revisions include:
- The scope of application is extended to 750kV substation
- Newly added GIS equipment selection requirements
- Strengthen environmental protection, energy conservation and occupational health chapters
- Detailed computer monitoring system communication standards (DL/T 860)
Comparison of core design specifications
| Project | 2005 version | 2012 version |
|---|---|---|
| Voltage range | 220kV~500kV | 220kV~750kV |
| Main connection type | Double busbar section with bypass | One and a half circuit breaker connection is recommended |
| Seismic requirements | Basic intensity 8 degree construction limit | Design intensity 9 degree construction limit |
Key technical points
Electrical primary system design
Main transformer selection: 750kV should adopt single-phase transformer, and the capacity should meet the 70% load no overload requirement
Distribution equipment:Open hard busbars are prohibited in areas with an earthquake resistance of 8 degrees or above. Gas insulated combination appliances
are recommended in dirty areas.Special requirements for civil engineering
Fire protection distance:The distance between oil-immersed equipment and buildings shall not be less than 5m (see Table 4.2.6 for details)
Seismic structure:The safety level of 330kV~750kV architecture is raised to level one (γ0=1.1)
Implementation suggestions
- Wasteland should be given priority in site selection to avoid earthquake fault zones
- 750kV distribution equipment should adopt a split-phase medium layout
- Video surveillance system needs to be linked with fire alarm
- Cable trenches should use double-sided reinforced concrete covers
Loading PDF document...
Error loading PDF. Please make sure the file is valid and try again.
We also recommend
-
DL/T 5448-2012 in English
Regulation for content and depth of feasibility study of transmission and substation
2012-01-04 -
DL/T 760.3-2012 in English
Grading ring、shielding ring、grading and shielding ring
2012-08-23 -
DL/T 899-2012 in English
Loading tests on tower and pole structures of overhead line
2012-08-23 -
DL/T 5503-2015 in English
Regulations for content and depth of detail design of HVDC converter station
2015-07-01
