Offshore wind power operation and maintenance ship embarking device and embarking method thereof

Abstract

The invention discloses an offshore wind power operation and maintenance ship embarking device and an embarking method thereof. The device comprises: an anti-collision mechanism, wherein the anti-collision mechanism comprises two embracing piles located in front of a wind power pile, a ship fender is arranged between the embracing piles, and he embracing piles are provided with embracing pile fastening rings which are used for fixing the operation and maintenance ship in a matched mode; a berthing mechanism, wherein the berthing mechanism comprises a pair of drum winches, the drum winches arearranged on ship boards on the two sides of the bow of the operation and maintenance ship, a rope is wound in each drum winch, and the ropes extend out of the drum winches or retract into the drum winches; and a lock catch mechanism comprising a chain and a lock catch part, wherein one end of the chain is connected with the ropes, and the other end is connected with the lock catch part. The embarking device can berth quickly, is simple to use and low in cost, improves the safety and efficiency of a worker climbing a fan , and reduces dangers possibly caused by misoperation. The problem that aconventional small ship cannot berth when waves fluctuate is solved, and the problem that the small ship cannot berth due to the fact that a wave compensation device cannot be used due to cost is alsosolved.

Description

technical field [0001] The invention relates to the field of ships and the field of offshore wind farm services, in particular to a boarding device and a boarding method for an offshore wind power operation and maintenance ship. Background technique [0002] At present, the development of domestic offshore wind power is in full swing, and the operation and maintenance of offshore wind farms will become a key issue that cannot be ignored. [0003] Due to the complex and changeable factors of the offshore environment and climate, offshore wind power operation and maintenance ships are affected by harsh sea conditions when they rely on offshore wind turbines, making it very difficult for maintenance personnel to land and prone to dangerous accidents. [0004] Domestic ships that provide operation and maintenance services for offshore wind farms are mostly non-professional ships, with low operation and maintenance efficiency, high safety risks, and lack of experience in operatio...

AI Technical Summary

Problems solved by technology

[0003] Due to the complex and changeable factors of the offshore environment and climate, offshore wind power operation and maintenance ships are affected by harsh sea conditions when they rely on offshore wind turbines, making it very difficult for maintenance personnel to land and prone to dangerous accidents

[0004] Domestic ships that provide operation and maintenance services for offshore wind farms are mostly non-professional ships, with low operation and maintenance efficiency, high safety risks, and lack of experience in operation and maintenance management. Most of the large-scale professional operation and maintenance ships use wave compensation devices, which need to consider the influence of multiple degrees of freedom, high manufacturing costs, and high energy consumption

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