A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Offshore booster station platform and installation method thereof
The invention belongs to the field of offshore wind power development, and provides an offshore booster station platform and an installation method thereof.The installation method comprises the following steps that S1, the platform is built, specifically, each component unit is independently built, and each component unit comprises a booster station module, a platform deck, a stand column, a lifting system and a suction barrel; s2, assembling the platform: assembling each component unit of the booster station platform on a workboat on a wharf; s3, towing the platform, wherein the workboat where the booster station platform is located is towed to a preset offshore installation position; s4, lifting the platform: enabling a platform deck and a booster station module at the upper part of the platform deck to slide upwards along a stand column through a lifting system, gradually reducing the immersion depth of the workboat, enabling a suction barrel foundation to be in contact with a seabed and complete penetration, releasing the platform from the workboat and separating from the site, and completing the installation of the booster station platform in place; according to the installation method, the high offshore piling cost and the hoisting cost of the platform upper module can be saved, and therefore the purposes of remarkably reducing cost and increasing efficiency are achieved.
本发明属于海上风电开发领域，提供了一种海上升压站平台及其安装方法，包括如下步骤：S1，建造平台：单独建造各组成单元，所述组成单元包括升压站组块、平台甲板、立柱、举升系统和吸力筒；S2，组装平台：将升压站平台各组成单元在码头组装在作业船上；S3，拖航平台：将升压站平台所在的作业船拖航至预定的海上安装位置；S4，举升平台：通过举升系统，使平台甲板及上部的升压站组块沿着立柱向上滑移，逐渐减小作业船的吃水深度，使吸力筒基础接触海床并完成贯入，平台与作业船解脱并脱离现场，完成升压站平台安装就位；本发明的安装方法可以节省高额的海上打桩成本和平台上部组块的吊装成本，从而达到显著的降本增效目的。
Offshore booster station platform and installation method thereof
The invention belongs to the field of offshore wind power development, and provides an offshore booster station platform and an installation method thereof.The installation method comprises the following steps that S1, the platform is built, specifically, each component unit is independently built, and each component unit comprises a booster station module, a platform deck, a stand column, a lifting system and a suction barrel; s2, assembling the platform: assembling each component unit of the booster station platform on a workboat on a wharf; s3, towing the platform, wherein the workboat where the booster station platform is located is towed to a preset offshore installation position; s4, lifting the platform: enabling a platform deck and a booster station module at the upper part of the platform deck to slide upwards along a stand column through a lifting system, gradually reducing the immersion depth of the workboat, enabling a suction barrel foundation to be in contact with a seabed and complete penetration, releasing the platform from the workboat and separating from the site, and completing the installation of the booster station platform in place; according to the installation method, the high offshore piling cost and the hoisting cost of the platform upper module can be saved, and therefore the purposes of remarkably reducing cost and increasing efficiency are achieved.
本发明属于海上风电开发领域，提供了一种海上升压站平台及其安装方法，包括如下步骤：S1，建造平台：单独建造各组成单元，所述组成单元包括升压站组块、平台甲板、立柱、举升系统和吸力筒；S2，组装平台：将升压站平台各组成单元在码头组装在作业船上；S3，拖航平台：将升压站平台所在的作业船拖航至预定的海上安装位置；S4，举升平台：通过举升系统，使平台甲板及上部的升压站组块沿着立柱向上滑移，逐渐减小作业船的吃水深度，使吸力筒基础接触海床并完成贯入，平台与作业船解脱并脱离现场，完成升压站平台安装就位；本发明的安装方法可以节省高额的海上打桩成本和平台上部组块的吊装成本，从而达到显著的降本增效目的。
Offshore booster station platform and installation method thereof
一种海上升压站平台及其安装方法
2024-06-14
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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