A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
GIS building structure for 500 kV transformer substation integrated roof framework
The invention provides a GIS (Gas Insulated Switchgear) structure for a 500 kV transformer substation integrated roof framework. The GIS structure comprises a GIS room rigid frame (1) and a GIS outdoor framework (2), wherein the GIS room rigid frame (1) is formed by connecting rigid frame beams (11) and rigid frame columns (12); the GIS outdoor framework (2) is formed by connecting truss girder (22) and truss columns (23); the GIS outdoor framework (2) is positioned at the top end of the GIS room rigid frame (1) and is fixedly connected with the GIS room rigid frame (1); preferably, the GIS structure further comprises framework strutting pieces (21); one ends of the framework strutting pieces (21) are connected and fixed with the truss girders (22), and the other ends of the framework strutting pieces (21) are connected and fixed with the truss columns (23) or the rigid frame columns (12). With adoption of the GIS structure disclosed by the invention, the GIS outdoor framework can be constructed together with the GIS building, so as to greatly lower the material utilization amount of the GIS outdoor framework, reduce the occupied area of the GIS outdoor framework, and cut down the area in the fences of a transformer substation; the GIS structure has the outstanding advantages of conservation of land resources, high construction speed, low cost and the like.
GIS building structure for 500 kV transformer substation integrated roof framework
The invention provides a GIS (Gas Insulated Switchgear) structure for a 500 kV transformer substation integrated roof framework. The GIS structure comprises a GIS room rigid frame (1) and a GIS outdoor framework (2), wherein the GIS room rigid frame (1) is formed by connecting rigid frame beams (11) and rigid frame columns (12); the GIS outdoor framework (2) is formed by connecting truss girder (22) and truss columns (23); the GIS outdoor framework (2) is positioned at the top end of the GIS room rigid frame (1) and is fixedly connected with the GIS room rigid frame (1); preferably, the GIS structure further comprises framework strutting pieces (21); one ends of the framework strutting pieces (21) are connected and fixed with the truss girders (22), and the other ends of the framework strutting pieces (21) are connected and fixed with the truss columns (23) or the rigid frame columns (12). With adoption of the GIS structure disclosed by the invention, the GIS outdoor framework can be constructed together with the GIS building, so as to greatly lower the material utilization amount of the GIS outdoor framework, reduce the occupied area of the GIS outdoor framework, and cut down the area in the fences of a transformer substation; the GIS structure has the outstanding advantages of conservation of land resources, high construction speed, low cost and the like.
GIS building structure for 500 kV transformer substation integrated roof framework
LU YI (author) / ZHONG SHAN (author) / YU BO (author) / XU XIAOLI (author) / YANG GUAN (author) / FENG RENDE (author) / MAO YU (author) / ZHOU HUAQIANG (author) / LIU CHENG (author) / LIU YUESHU (author)
2015-04-08
Patent
Electronic Resource
English
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