A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overwater photovoltaic box transformer platform lifting construction method
The invention provides a lifting construction method for an overwater photovoltaic box transformer substation platform, and relates to the field of box transformer substation platforms. The method comprises the following steps that S1, lengthened hoops are firmly installed on two sets of pipe piles at the bottom of the box transformer substation platform through bolts, and each set comprises three pipe piles; s2, the lengthened hoop and a pile top hoop of the pipe pile are welded; s3, a supporting frame is installed between each set of adjacent lengthened hoops; s4, holes are formed in the top of the box transformer substation platform, and the guide pipes in one-to-one correspondence with the pipe piles are arranged in a penetrating mode; s5, the bottom end of the guide pipe is fixedly connected with the supporting frame; s6, short steel columns and pile top hoops at the bottom of the box transformer substation platform are cut; s7, lifting the box transformer substation platform by using a lifting mechanism until the box transformer substation platform reaches the required height; and S8, pile splicing is conducted between the pipe piles and the short steel columns, so that lifting of the box transformer substation platform is completed. The box-type transformer has the advantage that the box-type transformer is not prone to damage.
本申请提供了一种水上光伏箱变平台提升施工方法，涉及箱变平台领域。其包括以下步骤：S1：利用螺栓将加长抱箍牢固地安装至箱变平台底部的两组管桩上，且每组为三根管桩；S2：将加长抱箍与管桩的桩顶抱箍进行焊接；S3：在每组相邻加长抱箍之间安装支撑架；S4：在箱变平台的顶部进行开孔，并将与管桩一一对应的导向管进行穿设；S5：将导向管的底端与支撑架固定连接；S6：将箱变平台底部的短钢柱与桩顶抱箍进行切割；S7：利用提升机构将箱变平台进行提升，直至达到所需高度；S8：在管桩与短钢柱之间进行接桩，以完成对箱变平台的提升。本申请具有箱式变压器不易损坏的效果。
Overwater photovoltaic box transformer platform lifting construction method
The invention provides a lifting construction method for an overwater photovoltaic box transformer substation platform, and relates to the field of box transformer substation platforms. The method comprises the following steps that S1, lengthened hoops are firmly installed on two sets of pipe piles at the bottom of the box transformer substation platform through bolts, and each set comprises three pipe piles; s2, the lengthened hoop and a pile top hoop of the pipe pile are welded; s3, a supporting frame is installed between each set of adjacent lengthened hoops; s4, holes are formed in the top of the box transformer substation platform, and the guide pipes in one-to-one correspondence with the pipe piles are arranged in a penetrating mode; s5, the bottom end of the guide pipe is fixedly connected with the supporting frame; s6, short steel columns and pile top hoops at the bottom of the box transformer substation platform are cut; s7, lifting the box transformer substation platform by using a lifting mechanism until the box transformer substation platform reaches the required height; and S8, pile splicing is conducted between the pipe piles and the short steel columns, so that lifting of the box transformer substation platform is completed. The box-type transformer has the advantage that the box-type transformer is not prone to damage.
本申请提供了一种水上光伏箱变平台提升施工方法，涉及箱变平台领域。其包括以下步骤：S1：利用螺栓将加长抱箍牢固地安装至箱变平台底部的两组管桩上，且每组为三根管桩；S2：将加长抱箍与管桩的桩顶抱箍进行焊接；S3：在每组相邻加长抱箍之间安装支撑架；S4：在箱变平台的顶部进行开孔，并将与管桩一一对应的导向管进行穿设；S5：将导向管的底端与支撑架固定连接；S6：将箱变平台底部的短钢柱与桩顶抱箍进行切割；S7：利用提升机构将箱变平台进行提升，直至达到所需高度；S8：在管桩与短钢柱之间进行接桩，以完成对箱变平台的提升。本申请具有箱式变压器不易损坏的效果。
Overwater photovoltaic box transformer platform lifting construction method
一种水上光伏箱变平台提升施工方法
XIONG ZHIBING (author) / ZHANG HUI (author) / LIANG JIAHUI (author) / YANG BAIYUAN (author) / LIU YANG (author) / YING TIAN (author)
2024-05-14
Patent
Electronic Resource
Chinese