Flying wind power generator, units

Abstract

The invention relates to a brand new wind power generation motor and unit flying in the air, which is characterized in that the brand new wind power generation motor and unit has a plurality of flying structure designs in the air and multiple original application functions; a flying structure part comprises an air floatation flying body and a pull rope; a wind power generator equipment comprises a rotary blade and a generator; the flying structure part and the wind power generator are matched with a plurality of different structures and forms; the power produced can meet the needs of the ordinary application; the brand new wind power generation motor can match with a charger, an electrochemical cell and a digital inverter, forming the whole structure of the unit if AC stable power is generated. The brand new wind power generation and unit flying in the air has the advantages of liberating the construction height of the wind power generator unit in a great degree, utilizing the stronger wind power in higher sky, adapting to the wind automatically according to wind direction and making the installation and maintenance more convenient and easy. The brand new wind power generation motor is suitable for the small and medium sized wind power generator equipment built in the sea with lower cost, thereby forming a brand new type product market.

Description

technical field [0001] The present invention relates to a brand-new type of wind power generator and unit set in an air-floating way, which can form a variety of flying structures and shape designs, and can form multiple new and unique application effects. Background technique [0002] The principle of wind power generation is to use the natural wind to drive the blades of the windmill to rotate and drive the generator to generate electricity. According to the current windmill technology, the wind speed of about three meters per second can start to generate electricity. Of course, the greater wind force can generate more electricity, and in most cases, the wind strength of the higher sky is stronger than that of the lower sky. , more stable, and more durable; in addition, the active, extensive, and extensive use of small-bladed upwind rotating wind turbines can form a higher wind area, wind collection capacity, and output conversion efficiency. [0003] The current existing...

AI Technical Summary

Problems solved by technology

[0010] Seventh deficiency: The unit built on a fixed high-altitude tower makes the construction, installation and maintenance process more difficult and the cost is higher

[0011] Eighth deficiency: At present, for all wind turbines, it is very difficult to build high-altitude towers on the sea, especially for the construction of small and medium-sized wind turbines. Difficult to realize decentralized and flexible offshore construction applications

[0012] In the existing patent literature, there are also some design forms of airborne wind power generation equipment formed by means of air flotation similar to a

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