High-altitude wind power generation device

Abstract

The invention discloses a high-altitude wind power generation device. The device comprises multi-functional frames which are arranged symmetrically laterally. A plurality of wind power generators, a plurality of working cabins, a plurality of posture balance units and a plurality of suspension units are arranged in the multi-functional frames symmetrically laterally. A plurality of traction steel cables are arranged on the multi-functional frames symmetrically laterally. One end of each traction steel cable is connected with the multi-functional frame, and the other end is connected with a ground steel cable winch motor which is fixed on the ground. Cables are arranged at the electric output ends of the wind power generators. According to the device, most units are arranged at high altitudes, so that occupied area is small, the device can be built stereoscopically, effects on the wind site local production and life can be ignored, and the noise pollution, particularly, is almost equal to zero; the device can be built in some areas which are good in wind resource and dense in population, and the device can be assembled and lifted at any position without assembly in the wind field.

Description

technical field [0001] The invention belongs to the technical field of high-altitude power generation, and in particular relates to high-altitude wind power generation equipment. Background technique [0002] Existing wind power plants cannot be moved, require too much land acquisition, and need to transform transportation roads. They cannot be built three-dimensionally, that is, only one wind farm can be built in the same area; it will have a great impact on local agricultural production, and a large number of wind farms will be built. This reduces the ability of the local surface wind to move, which has a great impact on plant pollination and natural seeding; it has a great impact on the ecological environment, and the main wind direction of the wind field is mostly the return route of migratory birds. The accident of hitting the wind turbine occurred; and the generator set must be hoisted and transported, and the cost is high. [0003] Most of the current wind power stat...

AI Technical Summary

Problems solved by technology

Towers cannot be improved endlessly, and areas with excellent wind resources will eventually be fully developed and utilized; although the ocean is a treasure house of wind resources, the difficulty of infrastructure construction, difficulty in hoisting, anti-corrosion problems, and changeable ocean climate will bring new challenges to ocean wind farms. Considerable development difficulties have come, which makes the number of high-quality offshore wind farms relatively limited, and will gradually be fully utilized

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