Double-acting wind-light hybrid power generation device

Abstract

The invention relates to a double-acting wind-light hybrid power generation device which is a solar wind power generation system device scheme with reuse of wind energy and solar energy and is suitable for power generation by utilizing wind energy and solar energy and ventilation and aeration for buildings, associated power generation on solar buildings and being used as associated motive power in other systems and the like. The double-acting wind-light hybrid power generation device mainly comprises a power generation device (11), an outer blade (2), an inner blade (4), an outer blade arm (3), a machine body (5), a shaft (6), a fan bearing seat (9), a photoelectric device, and the like. According to the invention, the reuse of the wind energy and the solar energy are achieved, the power generation is realized by fully utilizing the solar energy and the wind energy, or / and the power generation and ventilation are utilized by utilizing air kinetic energy converted from solar energy of a building; in addition, the additional photoelectric device, namely, a solar cell panel, is added to the solar wind power generation system device for power cogeneration and simultaneously plays a role of transferring the wind energy and the solar energy to the power generation system device of the building, a ventilation and air-conditioning system of the building, and the like.

Description

Technical field [0001] The present invention involves a dual -action complementary power generation device. It is a solar wind wind power generation system device that uses wind and solar energy reuse. It is suitable for using wind and solar power generation and ventilating, ventilation, power generation in solar buildings and power generation and power generation and power generation and power generation and power generation and power generation and power generation and power generation and power generation of solar buildings and power generation and power generation and power generation and power generation and power generation and power generation of solar buildings and power generation and power generation and power generation and power generation and power generation and power generation of solar buildings and power generation and power generation and power generation and power generation and power generation and power generation of solar buildings and power generation and po...

AI Technical Summary

Problems solved by technology

[0002] At present, there is no such type of dual-action wind-solar hybrid power generation device, and the current wind power generators have many disadvantages: mainly the horizontal-axis fan with a single type of fan for power generation The ability to collect wind energy is scattered, the area is large, the cost of driving power generation is low, the start-up wind speed is high, and the intermittent is relatively large. It is relatively greatly affected by changes in seasonal and non-periodic factors such as day and night, and cannot be used for building ventilation. For power generation, especially not suitable for solar building ventilation, power generation, etc., the use of solar panels is also expensive, and the power generation is intermittent day and night

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