System equipment capable of improving sailing speed of conventional ship-type ship

Abstract

The invention discloses system equipment capable of improving the sailing speed of a conventional ship-type ship and belongs to the technical field of the high-end technology equipment capable of improving the sailing speed of the conventional ship-type ship and the improvement and innovation of the technical method relevant to the high-end technology equipment. The technical problem needing to be solved is that high-power and super-power engines which are used for hauling the conventional ship-type ship having underwater thrust power per se and arranged on a sea-skimming and water-skimming flight height aerial traction power air craft are guaranteed to be always in or close to a full-load operation state, and therefore, sufficient and strongly sustained sea-skimming and water-skimming flight height aerial traction power is provided. The technical key points solving the problem lies in that on the basis of the self-provided underwater trust power of the existing conventional ship-type ship, various sea-skimming and water-skimming flight height aerial traction power air crafts having fuel power or electric driving force per se are selected as additional power technical equipment. The system equipment is mainly used for achieving the purpose that the sailing speed of the conventional ship-type ship is increased by several times or above and even more.

Description

technical field [0001] The invention relates to the improvement and innovation of high-end technical equipment and related technical methods that help to increase the sailing speed of conventional ships. Background technique [0002] Known that this ship relies on natural wind energy to drive the kite sail from "the ship with the kite sail that flies out freely as the wind power drive device", and its defect is: [0003] 1. Due to the frequent changes in wind speed and direction in nature, the size of natural wind energy also changes frequently, and the energy generated is extremely unstable, which has a great impact on the working conditions of the kite sail; [0004] 2. The use of wind energy is severely restricted by geographical location and meteorological environment; [0005] 3. The density of wind energy is small, and the conversion efficiency is low. According to the Bezier formula, the maximum theoretical efficiency is 59.3%; [0006] 4, the kite sail is not very ...

AI Technical Summary

Problems solved by technology

[0003] 1. Due to the frequent changes in wind speed and direction in nature, the size of natural wind energy also changes frequently, and the energy generated is extremely unstable, which has a great impact on the working conditions of the kite sail;

[0004] 2. The use of wind energy is severely restricted by geographical location and meteorological environment;

[0005] 3. The density of wind energy is small, and the conversion efficiency is low. According to the Bezier formula, the maximum theoretical efficiency is 59.3%;

[0006] 4. The kite sail is not very mature as the corresponding supporting equipment for the wind drive device