Traveling type wind power ship

Abstract

The invention relates to a traveling type wind power ship. A platform deck of a platform ship body in a small waterplane area twin-hull ship structure is provided with a wind sail; the lower part of the platform ship body is respectively connected with an underwater ship body through a left upright post and a right upright post; the front segment and the rear segment of the underwater ship body are both internally provided with power generation device cabins; a guide flow megaphone and a water turbine are arranged outside two end heads of the underwater ship body, and a clutch, a speed reducer and an electric generator are sequentially connected with and fixedly arranged in the two end heads of the underwater ship body through shafts; the electric generator is sequentially connected with a power transformation device and a storage battery through cables; a connecting truss is arranged outside the guide flow megaphone; the middle position of the guide flow megaphone is fixedly providedwith the water turbine; a transmission shaft of the water turbine is connected with a clutch shaft through a shaft coupling; and the guide flow megaphone positioned at the rear segment of the power generation device cabin is provided with a fan-shaped cone plate in an outwards extending way so that a water body drives the water turbine to rotate to drive the electric generator to rotate for powergeneration. The traveling type wind power ship disclosed by the invention is stable and safe without suddenly changing the rotating speed of the water turbine due to the sudden change of a wind direction and wind speed and is easy to regulate the voltage.

Description

technical field [0001] The present invention relates to a power generating device, which is applied to a sailing ship capable of generating power while sailing by utilizing the thrust of sails in a strong wind state on the ocean, and particularly relates to a swimming wind power generating ship. Background technique [0002] According to new information and actual understanding of all existing wind power generation, the current wind power generation adopts the propeller type horizontal axis structure, and because the gap space between the blades is too large, a large area of ​​wind power with considerable energy is missed. The space on the ship is limited, and the propeller type is far less efficient than the sail type, and because the current propeller type towers (columns) are embedded in the foundation, if the strong wind does not come, the small wind and no wind will occupy a certain period of time, so the efficiency is low. The tower is too heavy, has a high center of g...

AI Technical Summary

Problems solved by technology

The space on the ship is limited, and the propeller type is far less efficient than the sail type, and because the current propeller type towers (columns) are embedded in the foundation, if the strong wind does not come, the small wind and no wind will occupy a certain period of time, so the efficiency is low. The tower is too heavy, the center of gravity is too high, and it is easy to overturn,

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