Wind power operation and maintenance ship

Abstract

The invention discloses a wind power operation and maintenance ship. The operation and maintenance ship at least includes a hull and a stabilizing device. The stabilizing device is arranged on the hull. The stabilizing device at least includes a mounting frame and a stabilizing component. On the outside of the hull, the stabilizing component is installed on the mounting frame, and the stabilizing component is located under the mounting frame, and the stabilizing component is provided with a fluid resistance element that increases the damping of the hull motion; when the wind power operation and maintenance ship is in use, the Stabilization components are located below the surface of the water. The wind power operation and maintenance ship of the present invention has a simple structure, does not need large-scale modification of the small wind power operation and maintenance ship, does not affect the operation flexibility of the operation and maintenance ship, and is convenient for deployment.

Description

technical field [0001] The invention relates to the technical field of ships, in particular to a wind power operation and maintenance ship. Background technique [0002] With the rapid development of the global offshore wind power industry, more and more large-scale wind turbines will be deployed offshore away from land. However, due to the harsh weather at sea and the inconvenience of transportation and operation, the operation and maintenance efficiency of offshore wind turbines is relatively low compared with that of onshore wind turbines. This also leads to huge operation and maintenance costs for offshore wind turbines, which to some extent restricts the rapid development of offshore wind power. In particular, compared with onshore wind power, the time window for operation and maintenance of offshore wind farms is very narrow due to the adverse weather at sea. Therefore, how to greatly improve the efficiency of operation and maintenance of offshore wind power to achiev...

AI Technical Summary

Problems solved by technology

For this reason, in addition to the traditional design of hull ballast load and bilge keel stability, these small wind power operation and maintenance ships have not installed expensive fin stabilizers, water tank stabilizers, high-speed gyroscopes and other more advanced power supplies. learning stabilizer

[0005] The practice of offshore wind power operation and maintenance at home and abroad in recent years has shown that due to the poor motion stability of these small wind power operation and maintenance ships, when they are performing offshore operation and maintenance operations, the ship’s hull is often unstable, causing damage to the operation and maintenance ships and wind turbines. It is difficult for people to go back and forth between the caps and parts to move, and even lead to severe accidents that damage parts or cause casualties, which seriously affects the efficiency and cost of offshore wind power operation and maintenance.

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