Multi-point support frame structure for integrated narrow-pipe wind-collecting power-generation system

Abstract

The invention relates to a multi-point support frame structure for an integrated narrow-pipe wind-collecting power-generation system. The structure includes a plurality of supporting tower legs, and installation space defined by the supporting tower legs is internally provided with a plurality of supporting assemblies, for installing pipe barrels, from top to bottom; the top of each supporting tower leg is connected with the end, extending outward, of a tower top, and the tower top is also provided with a tower top supporting platform; the tower top supporting platform is provided with a lightning rod. The multi-point support frame structure is simple and convenient to use, and a stacked tower frame structure from bottom to top can be achieved through the supporting tower legs; the multi-point support frame structure has an overall height of 50-350 m or more, and in the extension range of the lazy arm of a crane and the tolerance range of the material strength, the multi-point support frame structure can achieve maximum adjustment of the height.

Description

technical field [0001] The invention relates to the field of wind power generation equipment, in particular to a multi-point support frame structure for an integrated narrow tube wind collecting power generation system. Background technique [0002] The wind-gathering wind generator produced according to the narrow tube effect has a wide application prospect in the field of wind power generation technology because of its advantages of gathering wind energy, increasing pressure and increasing speed, and improving wind energy utilization. At present, the structure of the supporting components in the existing wind power generation equipment is huge and complicated. When the wind pressure is too large, because there is no damping device on the supporting components, it is easy to make the power generating equipment on the supporting components uncontrollable or out of control and cause equipment damage. The service life of the wind power generator is greatly reduced, and at the ...

AI Technical Summary

Problems solved by technology

At present, the structure of the supporting components in the existing wind power generation equipment is huge and complicated. When the wind pressure is too large, because there is no damping device on the supporting components, it is easy to make the power generating equipment on the supporting components uncontrollable or out of control and cause equipment damage. The service life of the wind turbine is greatly reduced. At the same time, the existing support components have poor support strength and cannot meet the needs of customers.

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