Floating type wind driven generator

Abstract

The floating matrix structure of an aerogenerator aims to solve the low investment return, low utilization of wind, unstability in upper altitude of existing pillar type aerogenerator, with large scale helium baloon floating in the air and diagonally fastened with steel cable in multi azimuth. A wind driven generator is loaded on the steel cabe between the baloon and the ground, so as to improve the wind utilization height to 100-300 meters, with investment within 300 RMB / kw and excellent stability.

Description

technical field [0001] The invention relates to a wind power generator, in particular to a floating array structure of the wind power generator. Background technique [0002] Most of the current wind power generators adopt column structure, so in order to stabilize the wind propeller, a very large column is required. Such an increase in height will affect the geometric order of the cost of the column; in turn, the cost of the column will restrict the cost of the wind propeller. The diameter limits the improvement of the order of magnitude of the square section of the wind layer that can be used, so that the investment cost to output ratio of wind power generation has always been high, affecting the general use. [0003] At the same time, the height of the available wind layer far exceeds the diameter of the wind paddle, resulting in low energy utilization. [0004] In addition, the media reported that there are kite-type wind turbines designed abroad, but the position and a...

AI Technical Summary

Problems solved by technology

[0002] Most of the current wind power generators adopt column structure, so in order to stabilize the wind propeller, a very large column is required. Such an increase in height will affect the geometric order of the cost of the column; in turn, the cost of the column will restrict the cost of the wind propeller. Diameter, which limits the increase of the order of magnitude of the square section of the wind layer that can be used, makes the investment cost and output ratio of wind power generation remain high, affecting the general use

[0003] At the same time, the height of the usable wind layer is far beyond the diameter of the wind blade, resulting in low energy utilization

[0004] In addition, the media reported that there are kite-type wind turbines designed abroad, but the position and attitude of the wind turbine cannot be stabilized when the wind speed is slow, so the scope of use is also limited.