Technical code of general plan design for substation
1 Scope
This standard specifies the basic technical requirements of general plan design for substation.
This standard is applicable to the general plan design for new or expanded substations with voltage levels of 110 kV~750 kV. It can be reference for the general plan design for substations with voltage levels of 750 kV above and rebuilt substations and converter stations.
2 Normative references
The following normative documents contain provisions which, through reference in this text, constitute provisions of this standard. For dated references, subsequent amendments (excluding corrections) to, or revisions of, any of these publications do not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the normative documents indicated below. For undated references, the latest edition applies.
GB 50007 Code for design of building foundation
GB 50016 Code for fire protection design of buildings
GB 50187 Code for design of general plan of industrial enterprises
GB 50201 Flood control criteria
GB 50229 Code for design of fire protection for fossil fuel power plants and substations
GB 50330 Technical code for building slope engineering
GBJ 22 Code for design of roads in factories and mining areas
DL/T 5032 Technical code of general plan transportation design for fossil fuel power plants
3 General
3.0.1 The general plan design for substation must fully implement the national basic construction policy, reflect the national technical and economic policies, unify and define the construction standards, and ensure the safety, reliability, advanced technology, economic applicability and conformity with the national conditions of the new (expanded) substation.
3.0.2 The general plan design for substation must establish a global concept, with in-depth investigation and research, rely on technical progress for well-designed, constantly sum up experiences, actively and prudently promote advanced technologies at home and abroad, and adopt mature new materials, new processes and new plan based on local conditions so as to meet the requirements of sustainable development.
3.0.3 The general plan design for substation shall comply with the relevant provisions of Land Administration Law of the People's Republic of China, and conform to the national land use policy, adjust measures to local conditions, save land, use land rationally, improve land utilization rate, and make full use of wasteland, poor land, sloping land, and does not occupy or occupies less farmland; shall make rational use of the terrain, reduce the amount of leveling earthwork (stonework) and the demolition of existing facilities and buildings (structures) to avoid or reduce the land requisition, upon the technical and economic comparison for various schemes optimize the design scheme, reduce the project cost, shorten the construction period, and create conditions for civilized construction.
3.0.4 This standard is prepared in accordance with the principle of GB 50187 Code for design of general plan of industrial enterprises. In addition to the implementation of this standard, the general plan design for substations constructed under special natural conditions such as mountainous and earthquake areas, collapsible loess areas, expansive soil areas, soft soil areas, permafrost areas, saline soil areas, etc., shall still conform to the requirements of relevant current national standards and professional standards.
3.0.5 The general plan design for the expanded and rebuilt substation shall be combined with the existing general plan, vertical plan and equipment plan characteristics to facilitate the overall coordination and unity.
4 General planning
4.0.1 The general planning of the substation shall be coordinated with the local town planning, industrial area planning, nature reserve planning or tourism planning area planning. The station shall not be built in the existing geological disaster areas such as landslide, debris flow, large karst cave and goaf. The station should not cover the mineral resources and cultural relics and shall avoid mutual interference with military, aviation and communication facilities. The traffic outside the station shall meet the transportation requirements for large equipment. It shall make full use of the nearby public facilities such as living, culture and education, health, transportation, firefighting, water supply and drainage, etc.
For substations with special topography such as mountainous areas, the general planning shall consider the influences of topography, mountain stability, slope excavation, flood and waterlogging. During the construction in areas affected by mountain torrents and waterlogging, the existing flood control and waterlogging prevention facilities should be applied fully.
Foreword i
1 Scope
2 Normative references
3 General
4 General planning
5 General plan
6 Vertical plan
7 Plan of underground pipeline (ditch)
8 Road
9 Outdoor power distribution device site treatment and afforestation
10 Technical and economic indexes
Technical code of general plan design for substation
1 Scope
This standard specifies the basic technical requirements of general plan design for substation.
This standard is applicable to the general plan design for new or expanded substations with voltage levels of 110 kV~750 kV. It can be reference for the general plan design for substations with voltage levels of 750 kV above and rebuilt substations and converter stations.
2 Normative references
The following normative documents contain provisions which, through reference in this text, constitute provisions of this standard. For dated references, subsequent amendments (excluding corrections) to, or revisions of, any of these publications do not apply. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of the normative documents indicated below. For undated references, the latest edition applies.
GB 50007 Code for design of building foundation
GB 50016 Code for fire protection design of buildings
GB 50187 Code for design of general plan of industrial enterprises
GB 50201 Flood control criteria
GB 50229 Code for design of fire protection for fossil fuel power plants and substations
GB 50330 Technical code for building slope engineering
GBJ 22 Code for design of roads in factories and mining areas
DL/T 5032 Technical code of general plan transportation design for fossil fuel power plants
3 General
3.0.1 The general plan design for substation must fully implement the national basic construction policy, reflect the national technical and economic policies, unify and define the construction standards, and ensure the safety, reliability, advanced technology, economic applicability and conformity with the national conditions of the new (expanded) substation.
3.0.2 The general plan design for substation must establish a global concept, with in-depth investigation and research, rely on technical progress for well-designed, constantly sum up experiences, actively and prudently promote advanced technologies at home and abroad, and adopt mature new materials, new processes and new plan based on local conditions so as to meet the requirements of sustainable development.
3.0.3 The general plan design for substation shall comply with the relevant provisions of Land Administration Law of the People's Republic of China, and conform to the national land use policy, adjust measures to local conditions, save land, use land rationally, improve land utilization rate, and make full use of wasteland, poor land, sloping land, and does not occupy or occupies less farmland; shall make rational use of the terrain, reduce the amount of leveling earthwork (stonework) and the demolition of existing facilities and buildings (structures) to avoid or reduce the land requisition, upon the technical and economic comparison for various schemes optimize the design scheme, reduce the project cost, shorten the construction period, and create conditions for civilized construction.
3.0.4 This standard is prepared in accordance with the principle of GB 50187 Code for design of general plan of industrial enterprises. In addition to the implementation of this standard, the general plan design for substations constructed under special natural conditions such as mountainous and earthquake areas, collapsible loess areas, expansive soil areas, soft soil areas, permafrost areas, saline soil areas, etc., shall still conform to the requirements of relevant current national standards and professional standards.
3.0.5 The general plan design for the expanded and rebuilt substation shall be combined with the existing general plan, vertical plan and equipment plan characteristics to facilitate the overall coordination and unity.
4 General planning
4.0.1 The general planning of the substation shall be coordinated with the local town planning, industrial area planning, nature reserve planning or tourism planning area planning. The station shall not be built in the existing geological disaster areas such as landslide, debris flow, large karst cave and goaf. The station should not cover the mineral resources and cultural relics and shall avoid mutual interference with military, aviation and communication facilities. The traffic outside the station shall meet the transportation requirements for large equipment. It shall make full use of the nearby public facilities such as living, culture and education, health, transportation, firefighting, water supply and drainage, etc.
For substations with special topography such as mountainous areas, the general planning shall consider the influences of topography, mountain stability, slope excavation, flood and waterlogging. During the construction in areas affected by mountain torrents and waterlogging, the existing flood control and waterlogging prevention facilities should be applied fully.
Contents of DL/T 5056-2007
Foreword i
1 Scope
2 Normative references
3 General
4 General planning
5 General plan
6 Vertical plan
7 Plan of underground pipeline (ditch)
8 Road
9 Outdoor power distribution device site treatment and afforestation
10 Technical and economic indexes
