LIU Yubin, JIANG Zhe. Design of 220 kV Adjustable Traversing-acrossing Tower[J]. 2019, 39(3): 70-73+78.DOI:
Design of 220 kV Adjustable Traversing-acrossing Tower
摘要
某一220 k V线路与输电通道交跨
在低穿500 k V线后
马上跨越110 k V线
具有小号侧低穿、大号侧高跨的特点
常规杆塔排位
穿跨设计困难。针对该难点
应用三维设计技术
构建工程实景三维模型
通过多种塔型技术比较
设计了一种新型穿跨塔。穿跨塔通过前后横担错层布置
前侧钻越、后侧跨越
在同一基杆塔上具有低穿和高跨两种功能。穿跨塔上下横担之间增设有可调节高度塔身
跨越高度可调
杆塔使用灵活
适用性较广。
Abstract
A certain 220 kV transmission line intersects with the transmission channel and then immediately turns left across110 k V line after crossing 500 kV Ⅰ line
with the characteristics of small side low drilling and large side high crossing. The conventional pole tower arrangement is difficult to cross the span. In view of this difficulty
a new type of traversing tower is designed by using three-dimensional design technology to construct a three-dimensional model of real engineering scene.Comparing various tower types
a new type of crossing towers are designed. The traversing tower is arranged through the front and rear cross-loading layers
and the front side is drilled and the back side is crossed. It has two functions of low drilling and high crossing on the same base tower. There is an adjustable height tower between the upper and lower traverse poles
and the crossing height is adjustable. The use of the pole tower is flexible and applicable.