Offshore wind power emergency repair device and method thereof

By integrating the maintenance mother ship, the pier connecting channel, and the modular climbing robot, the problems of rapid response, multi-fault adaptation, stability in harsh sea conditions, and efficient and safe tower climbing in offshore wind power equipment maintenance have been solved, achieving efficient and safe emergency maintenance results.

CN122407489APending Publication Date: 2026-07-17SHANGHAI DONGHAI WIND POWER CO LTD +2

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
SHANGHAI DONGHAI WIND POWER CO LTD
Filing Date
2026-05-20
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

The maintenance of existing offshore wind power equipment faces problems such as long response cycles, short working windows, poor adaptability to multiple faults, insufficient stability under harsh sea conditions, and low efficiency of tower climbing operations.

Method used

An integrated emergency maintenance platform is formed by adopting an integrated maintenance mother ship, a rapidly deployable trestle connecting channel, and a modular climbing robot. The trestle connecting channel quickly establishes a safe passage from the mother ship to the wind turbine tower. Various maintenance modules with different functions are pre-installed on the deck, and the climbing robot achieves stable climbing through the running wheels driven by the electric telescopic rod.

Benefits of technology

It has achieved rapid response, adaptability to multiple faults, high stability in harsh sea conditions, and efficient and safe tower climbing, significantly shortening maintenance preparation time, improving operational efficiency and safety, and realizing the maintenance capability of "one ship with multiple functions".

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明公开了一种海上风电设备应急维修设备及其方法,包括维修母船、若干维修模组、栈桥连接通道及爬升机器人;栈桥连接通道的一端铰接于维修母船上,另一端通过夹持机构搭接于海上风机的塔筒上;通过维修母船上的吊装机构将对应的维修模组吊装于爬升机器人的安装舱内;爬升机器人包括滑移底盘以及安装于其上的安装舱和夹持式爬行机构,爬升机器人经滑移底盘滑行于栈桥连接通道的轨道上;安装舱用于容纳维修模组;夹持式爬行机构上具有由电动伸缩杆所驱动的走行轮,爬升机器人通过贴紧于塔筒上并通过驱动走行轮实现在塔筒上的爬升。本发明的优点是:集成了维修母船、可快速部署的栈桥通道和模块化的爬升机器人,形成一体化应急维修平台。
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