Drum-type airflow photosynthetic power generation device

Abstract

The invention discloses a drum-type airflow photosynthetic power generation device. The technical defects of power generation through wind energy and solar energy in the prior art can be effectively overcome. The drum-type airflow photosynthetic power generation device comprises an air inlet base, a columnar vertical drum and a motive power generator fixed to the upper end of the columnar vertical drum. On the basis of the power generation principle, mechanical energy formed by the atmosphere hot-press difference formed by the fact that the columnar vertical drum is heated through the wind pressure and the solar energy through the columnar vertical drum serving as a power generator rod and natural wind energy serves as power generation motive power, and the motive power generator at the upper end of the columnar vertical drum reaches the power generation rotating speed. The drum-type airflow photosynthetic power generation device has the higher power generation power and the lower power generation cost. By means of the drum-type airflow photosynthetic power generation device, renewable resources including the wind energy and the solar energy can be completely used, and pollution and damage to the environment are avoided.

Description

technical field [0001] The invention relates to the field of utilizing natural resources to generate electricity, in particular to a cylindrical airflow photosynthetic power generation device utilizing airflow assisted by natural wind pressure and solar energy. Background technique [0002] Natural resources are divided into renewable resources, renewable natural resources and non-renewable resources. The survival and development of human beings are inseparable from the development and utilization of natural resources. For example, electricity for human life and industrial production mainly depends on coal, Petroleum and other non-renewable natural resources, the direct consequence of the utilization of these natural resources is to gradually reduce or even exhaust these non-renewable natural resources, and the indirect consequences are different degrees of pollution and damage to the environment in which human beings live. Utilizing and developing non-polluting renewable re...

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Problems solved by technology

[0003] Wind energy is a common renewable natural resource in nature. It has been recognized and utilized by human beings. For example, using open-air wind wheels and windmills to generate electricity. Because the wind speed and direction in nature are unstable, wind energy at the same place at different times can produce a lot of energy. The large difference and unstable wind energy make the power generation efficiency of similar power generation devices low at present. At the same time, due to the lack of concentration of wind energy and large changes in wind direction, wind energy utilization needs to install multiple power generation devices at the same location, which increases the cost of power generation and slows down the development of wind energy utilization. ; Solar energy is also a renewable natural resource. There are various solar energy devices on the market at present. Most of the solar energy devices are expensive, occupy a large area, and have low power generation efficiency. How to use these renewable natural resources at the same time? Effective combination of resource utilization and development is an urgent research topic

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