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A platform for research: civil engineering, architecture and urbanism
230 kilovolt GIS building with optimized structure design
The invention provides a 230 kilovolt GIS building with an optimized structure design. The GIS building comprises a main transformer layer, a GIS equipment layer and a roof and outgoing line layer, wherein the GIS equipment layer is above the main transformer layer, and a crane is arranged at the top of the GIS equipment layer; the GIS building adopts a double-span design horizontally; and in theGIS equipment layer, the height of a profiled beam of the span where the GIS equipment is located is lower than that of the other span, lightweight concrete is partially filled on the upper part of afloor of the span where the GIS equipment is located, so that the height of the filled floor is the same as the height of the floor of the other span, a part of a cable channel is not filled, and thecable channel which is finally lower than the floor is formed for laying cables. According to the GIS building, the construction difficulty of the GIS building can be reduced, the project investment is saved, and the space utilization rate of the building is improved.
本发明提供了一种结构优化设计的230千伏GIS楼，包括：主变压器层、GIS设备层以及屋面兼出线层；GIS设备层在主变压器层上方，顶部布置了吊车；GIS楼横向采用双跨设计；GIS设备层中，GIS设备所在跨的型梁高度比另一跨的型梁高度低，在GIS设备所在跨楼面上部分填充轻质混凝土，使得填充处楼面高度与另一跨的楼面高度相同，电缆通道部分不填，形成最终低于楼面的电缆通道，用于铺设电缆。采用本技术方案，可以降低GIS楼的施工难度，节省项目投资，提高建筑的空间利用率。
230 kilovolt GIS building with optimized structure design
The invention provides a 230 kilovolt GIS building with an optimized structure design. The GIS building comprises a main transformer layer, a GIS equipment layer and a roof and outgoing line layer, wherein the GIS equipment layer is above the main transformer layer, and a crane is arranged at the top of the GIS equipment layer; the GIS building adopts a double-span design horizontally; and in theGIS equipment layer, the height of a profiled beam of the span where the GIS equipment is located is lower than that of the other span, lightweight concrete is partially filled on the upper part of afloor of the span where the GIS equipment is located, so that the height of the filled floor is the same as the height of the floor of the other span, a part of a cable channel is not filled, and thecable channel which is finally lower than the floor is formed for laying cables. According to the GIS building, the construction difficulty of the GIS building can be reduced, the project investment is saved, and the space utilization rate of the building is improved.
本发明提供了一种结构优化设计的230千伏GIS楼，包括：主变压器层、GIS设备层以及屋面兼出线层；GIS设备层在主变压器层上方，顶部布置了吊车；GIS楼横向采用双跨设计；GIS设备层中，GIS设备所在跨的型梁高度比另一跨的型梁高度低，在GIS设备所在跨楼面上部分填充轻质混凝土，使得填充处楼面高度与另一跨的楼面高度相同，电缆通道部分不填，形成最终低于楼面的电缆通道，用于铺设电缆。采用本技术方案，可以降低GIS楼的施工难度，节省项目投资，提高建筑的空间利用率。
230 kilovolt GIS building with optimized structure design
一种结构优化设计的230千伏GIS楼
CHEN HUIQIANG (author) / DING GUOPING (author)
2020-09-04
Patent
Electronic Resource
Chinese
IPC:
E04H
Gebäude oder ähnliche Bauwerke für besondere Zwecke
,
BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
/
H02G
INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
,
Verlegen oder Installieren elektrischer Kabel oder Leitungen, Verlegen oder Installieren kombinierter optischer und elektrischer Kabel oder Leitungen
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