Offshore floating wind power generation cable

Abstract

The invention discloses an offshore floating wind power generation cable, which comprises an inner distribution layer, a bending unit convenient for bending the whole cable is arranged outside the inner distribution layer along the length direction of the cable, and a floating layer convenient for floating on the sea surface is arranged outside the bending unit along the length direction of the cable. According to the invention, no matter how the cable is bent, the space A and the space B formed between the inner spiral layer and the outer spiral layer in the cable can be gradually reduced, so that the bending unit can be bent, the overall bending of the cable is not influenced under the condition that the overall thickness and floating of the cable are not influenced, and the use effect is better; meanwhile, when the cable is bent and wound manually, the protruding particles can be separated from the groove in the initial position and clamped into the other grooves, and when the protruding particles are clamped into the other grooves, due to the clamping force between the protruding particles and the other grooves, the cable can be always kept in the bent state after the cable is bent and wound manually.

Description

technical field [0001] The invention relates to the technical field of cables, in particular to an offshore floating wind power generation cable. Background technique [0002] Most of the existing offshore floating cables include several insulated wires distributed in a circle, the insulated wires are provided with an outer sheath, and floating bodies are provided at any position inside the outer surface of the outer sheath. The floating body itself has a small specific gravity, so that the specific gravity of the entire cable is smaller than that of water and can directly float on the water. When the cable is used for water operations, although it can float on the water, the appearance is clearly visible and it is easy to maintain. However, the cable The flexibility and bending performance are relatively poor. When the cable needs to be bent, wound and transported, the floating body is relatively thick, so the cable as a whole is not suitable for bending, which affects its ...

AI Technical Summary

Problems solved by technology

The floating body itself has a small specific gravity, so that the specific gravity of the entire cable is smaller than that of water and can directly float on the water. When the cable is used for water operations, although it can float on the water, the appearance is clearly visible and it is easy to maintain. However, the cable The flexibility and bending performance are relatively poor. When the cable needs to be bent, wrapped and transported, the floating body is relatively thick, so the cable as a whole is not suitable for bending, which affects its transportation efficiency.

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