A kind of diversion type wind boosting equipment for ships

Abstract

The invention relates to a marine diversion type wind power boosting device, which comprises a base, a rotating shaft is fixed vertically at the center of the base, and a rotating body is sleeved on the rotating shaft above the base, and the rotating body is driven by a rotor power mechanism to face each other. It rotates on the axis of rotation; the front and rear of the rotating body above the base are respectively equipped with diverters and tail fins, which are driven by the diversion power mechanism to swing around the axis of the rotation axis; They are all connected by rotation; the surface pressure distribution is adjusted by the swing of the deflector and the empennage to control the lift direction of different wind speeds and wind directions, which greatly improves the thrust provided for the ship, reduces the influence of lateral force, and effectively improves the wind direction of different wind speeds. The lower adaptability; and the deflector and the empennage form the supporting structure of the rotating body to ensure the stability of the internal rotating body and effectively reduce the rotating speed and energy consumption of the rotating body.

Description

technical field [0001] The invention relates to the technical field of ship wind power boosting equipment, in particular to a ship diversion type wind power boosting equipment. Background technique [0002] At present, the requirements of the International Maritime Organization for the energy efficiency of ships are continuously increasing, and innovative means such as the use of wind energy and efficient drag reduction have become important technical means to improve the energy efficiency of ships and reduce carbon emissions. In recent years, wind boosting equipment such as hard wing sails and Magnus rotors have been applied to real ships, providing new technical means for energy saving and emission reduction of ships. At the same time, improving the boosting effect and scope of application of wind boosting equipment and reducing its impact on ships has become a technical issue that requires special attention in the process of development and innovation of wind boosting equ...

AI Technical Summary

Problems solved by technology

[0003] Among the existing wind energy utilization equipment, sails have remarkable energy-saving effects. Steel wing sails can adapt to different wind directions by adjusting the angle of attack and improve the utilization rate of wind energy. The impact is greater; wing sails can be applied to many wind directions, but their structural strength is low and their weight is high; kites are often used on small yachts, and when the wind direction is suitable, they can produce a great boosting effect, but the applicable wind direction is small The safety of the ship is greatly affected; the marine booster rotor can be applied to a wide range of wind directions and has a good effect, and has relatively little impact on the ship, but it requires a high speed and needs to provide additional driving force. The stability requirements of the mechanism are relatively high, which puts forward high requirements for construction and processing

In addition, these existing devices will inevitably produce component forces along the ship’s width direction while boosting, and the more obvious the boosting effect is, the greater the component force will be. is unfavorable

Images