High-altitude wind power generation system

Abstract

The invention relates to the technical field of wind power generation, in particular to a high-altitude wind power generation system which comprises a suspension balloon system, a wind wheel system and a terrestrial power generation system, wherein the suspension balloon system is connected with the wind wheel system through a connection strand, and thus the wind wheel system is suspended in the air; the wind wheel system is connected with a rotary shaft of a power generator in the terrestrial power generation system through dynamic ropes, and comprises a wind wheel composed of inflatable circular rings, fan blades and a spindle; coaxial rope discs are connected onto the wind wheel; a connection part is arranged at one end of the spindle, and fixed with the suspension balloon system through the connection strand; a plurality of pulleys and an auxiliary rope disc are fixed on the spindle; and the dynamic ropes are winded around and connected with the rope discs, the auxiliary rope disc, the pulleys and the rotary shaft of the terrestrial power generator, so that a linkage mechanism is defined by the wind wheel system and the rotary shaft of the power generator and used for driving the power generator to generate electricity through power transmission. The high-altitude wind power generation system can be mounted and connected onto the ground, thereby avoiding the danger of high-altitude operation in a tower structure; and the wind wheel can be raised or lowered as required, so that maintenance and repairing are facilitated.

Description

technical field [0001] The invention relates to the technical field of wind power generation, in particular to a high-altitude wind power generation system. Background technique [0002] Energy is an essential element for the development of modern society. With the excessive consumption of non-renewable energy such as oil and natural gas, it is bound to require more use of renewable energy to maintain social development. Solar power generation, wind power generation, and hydropower generation are all research directions for sustainable utilization of natural energy power generation. In the existing wind power generation, wind power generation towers are installed, and then blades are installed on the towers. In order to obtain greater wind energy, the power generation towers need to reach a certain height, or be installed at higher altitudes. Therefore, the construction of wind power generation facilities The cost is high, equipment maintenance is difficult, and it is restr...

AI Technical Summary

Problems solved by technology

In the existing wind power generation, wind power generation towers are installed, and then blades are installed on the towers. In order to obtain greater wind energy, the power generation towers need to reach a certain height, or be installed at higher altitudes. Therefore, the construction of wind power generation facilities High cost, difficult equipment maintenance, and restricted by geographical conditions

However, in places with higher airspace, the airflow is strong and the wind is strong, and the existing power generation equipment cannot be utilized.

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