Analyze the comprehensive advantages of vertical axis giant wind turbines
Vertical axis giant energy wind turbine (hereinafter referred to as: giant energy unit) is a new type of large and extra large wind power equipment machine model invention patent innovation technology, which realizes the macroscopic wind power equipment structure, shape and natural wind condition More high-quality exchanges have formed a prominent comprehensive coordination advantage in terms of the performance capability requirements of “maximum wind capture, maximum output conversion, and optimal adaptation to change”. This paper wants to form and satisfy large-scale wind power from giant energy units. The equipment needs the "three most capable requirements" perspective to carry out a more systematic introduction and analysis to meet the reader's desire for a more comprehensive and clear understanding, and look forward to a strong resonance.
How can the giant energy unit achieve the ability to “maximize the wind capture”?
1. Advantages of large wind power adopting basic shape of vertical shaft fan
The 'Φ' vertical shaft model can be used as the overall basic form of large-scale wind power to form multiple unique natural advantages: (1) The vertical axis wind turbine is a downwind method that uses wind to directly push the blades to rotate, and its output is more direct and more efficient. more stable. (2) The height of the tower is fully utilized, and the design range of the wind-up area can be expanded by the extension of the height of the tower and the width of the blade. (3) The rotary output formed by the wind wheel can be directly transmitted to the ground through the longitudinal transmission shaft, resulting in the advantages obtained by the reduction of the installation position of the giant generator system equipment (including the convenience of installation and maintenance and the reduction of the influence of climate change, wind The wheel-to-wind process does not need to carry power generation equipment and wire and cable rotation, etc., so it should be especially recommended. However, the fatal shortcoming of the current vertical axis wind turbine in the construction of large-scale wind power is difficult to form a huge output capacity design and lack of effective operational control means. Wind power equipment
2. Why can the giant energy unit form a huge power output?
The output mode of any vertical axis wind turbine and vertical axis wind turbine is that the wind power generated by the wind power plate on the windward side is greater than the resistance on the side of the upwind rotation. What we are most familiar with is the vertical wind wheel that is commonly used in meteorological stations to distribute several scoops of “wind panels” around the vertical axis. Although the scoop and the scoop back are co-winding, the effect of the wind on the side of the scoop is greater than The back side of the spoon can effectively resist the wind resistance of the back of the scoop backwind, causing the wind wheel to always rotate in the direction of the spoon. However, the windward and the two sides of the swing have roughly the same wind-bearing area. The difference of the output force is not so large that it is difficult to carry a large load. This is the fundamental design that makes the vertical wind turbine difficult to form a giant energy output. Sexual reasons.
