Cross-flow type super rotary jetting wind power station

Abstract

The invention discloses a cross-flow type super rotary jetting wind power station. A brand new wind power generation mode is provided. A wind indicator and an automatic wind tracking device are used for automatically controlling a wind inlet pavilion to automatically track the wind direction and collect airflow, the airflow collected by the wind inlet pavilion at high altitude is drained to the ground through a wind inducing building, a jetting ring inside a rotary jetting machine with the brand new drive principle is adopted, airflow which is rotationally jetted from the jetting ring pushes apower wheel to rotate, the power wheel rotates to drive a spindle of the rotary jetting machine to rotate, finally, the rotating spindle of the rotary jetting machine is accelerated by a gear to drive a power generator to rotate at a high speed and generate power, and current is adjusted by a storage battery. Compared with existing wind power generation modes, the cross-flow type super rotary jetting wind power station is the subversive revolution, the cost on the aspects of manufacturing, mounting, transportation, management, power conveying and the like is far lower than that of the existing wind power generation modes, the wind power generation efficiency is far higher than that of the existing wind power generation modes, the cross-flow type super rotary jetting wind power station isnot limited and can be built at any place to generate power, and electric energy which is easy to obtain and endless and is extremely cheap and environmentally friendly will completely lead human beings to the future energy revolution.

Description

technical field [0001] The invention belongs to wind power generation mechanical equipment and facilities for converting wind energy into electric energy. Background technique [0002] The existing three-bladed wind generator obviously has the following defects and deficiencies: 1. The manufacture is complex, precise, difficult and extremely expensive. Due to the limitation of layout space, many components of existing wind turbines are restricted to be arranged in a very small and precious space in the sky, which undoubtedly greatly increases the difficulty and cost of manufacturing. 2. The efficiency of obtaining effective kinetic energy from the wind is too low. Most of the air flow passes through the blades and is lost in vain. The wind force is slightly weaker and cannot rotate and work. In order to increase the contact area between the wind and the blades, the width of the blades has to be made wider and longer. 3. The fan itself needs to consume a lot of energy in th...

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Problems solved by technology

[0002] Existing three-bladed wind turbines obviously have the following defects and deficiencies: 1. Manufacturing is complex, precise, difficult, and the manufacturing cost is extremely high

Due to the limited layout space, many components of existing wind turbines are restricted to be arranged in the extremely small and precious space in the sky, which undoubtedly greatly increases the difficulty and cost of manufacturing.

2. The efficiency of obtaining effective kinetic energy from the wind is too low

3. The fan itself needs to consume a lot of energy in the process of maintaining work

This includes the rotation of the huge blades, the rotation of the heavy fan head to align with different wind directions, and the large loss of mechanical energy caused by the mechanical operation of the complex speed increaser in the fan head

4. Blade installation and transportation requirements are extremely high

Because the fan blades are installed at a high place, the installation is extremely difficult. In addition, the huge blades are irregular, and their transportation is extremely inconvenient

5. The installation area is strictly limited

6. Wind turbine power generation is inconvenient to manage

The installation area is too scattered, which is obviously not conducive to the engineering management and power transmission of the power generation process

7. High investment cost

In short, the existing wind power generation is an amateur-level non-professional-level commercial activity with large investment and extremely low power generation efficiency, so it has not seen outstanding achievements in the current wave of new energy

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