KR20180019136A - Vertical-axis wind power generator that maximizes output by collecting wind - Google Patents

Abstract

Figure 3-3 illustrates a vertical shaft wind power generator for collecting winds to maximize an output. Regardless of whether a wind blows from east, west, south, or north, the wind is driven to an automatically rotating windmill, and 20% of the wind disturbing rotation is automatically blocked. Figure 3-5 illustrates an air discharge space to reduce air resistance caused while the windmill rotates. Figure 3-2 displays 72 gradations of wind usage of a horizontal shaft wind power generator, 1/70 wind usage can be identified. Figure 3-7 displays 8 gradations of usage among displayed numbers 1-10 of wind usage, and 80% of wind usage maintains a center shaft at an optimal gap when a first and a second generator steel tower are lifted upwards to increase an output. Conventional photovoltaic power generators and wind power generators have an average operating rate per day of four hours. The vertical shaft wind power generator for collecting winds can be operated even if a wind is 0.5 M, and is expected to have an operating rate per day of seven hours. A wind power generator must receive a large quantity of wind to increase a power generation amount, and numerous wide solar panels of a photovoltaic power generator must be installed to increase an energy output. Since the vertical shaft wind power generator reduces installation costs to 1/10 and discharges energy 10 times as much in comparison to a conventional generator, the vertical shaft wind power generator has a business value and can create jobs worldwide.

Description

Vertical-axis wind power generator that maximizes output by gathering wind blowing {omitted}

Conventional wind power generators have difficulties in commercial development due to the insufficient wind utilization rate and the high installation cost and installation cost.

The present invention relates to a method for maximizing the energy discharge by causing the blowing wind to pass through the windmill as much as possible.

Wind power generators are only 10% or less in wind use and can not operate on a small amount of wind, so the daily average utilization rate is only 4 hours!

Figure 3-3 Wind simulator automatically collects wind and directs it toward wind wing irrespective of direction of wind, west, south, north, and automatically prevents wind which interferes with windmill rotation!

Figures 1 and 2 show that when a high-capacity wind turbine tower is raised, the wind turbine can be operated in a strong wind that the conventional wind turbine can not, while keeping the center axis at a proper interval.

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Proper use of wind can produce a lot of electricity, protect global warming and the environment, and create exports and jobs all over the world!

FIG. 1 is a cross-
Fig. 1-2 shows that when the tower is made large, it can continue to be installed at proper intervals and can also be operated in the protection of central axis and strong wind!
Figure 1-1 Vertical axis small generator
Fig. 2 Generator Exploded View
Fig. 2-1 Iron plate to collect the wind
2-2 wind turbine blade
Figures 2-3 Wind turbine blades and blade exploded view
Fig. 2-4 Protective cover
Columns 2-5
2-6 center axis
Fig. 2-7 Center axis cover plate
Drawing 3 Horizontal axis wind turbine comparison chart and vertical axis generator wing resolution
3-1 Horizontal axis wind power generator
3 ~ 2 wind use area display kan
Vertical axis wind power generator iron plate that collects wind 3-3 times.
3-4 windshield wing plates
Air resistance 3-5 times
3-6 times Center axis 3 ~ 7 Number of Wind Indication Number

The present invention will now be described in detail with reference to the accompanying drawings.

The present invention differs from conventional wind power generators in that the wind turbine is protected while the wind vane is functioning as a weather vane, windmill, wind turbine opposite to the windmill rotation, without the vane no.

- Wind collecting The iron plate collects the wind, so it can increase the utilization rate by operating the generator even in low winds. It is also convenient to install and it can operate even in strong winds without generating any trouble in electricity production even if several columns are made. I also have!

Claims (1)

Plates for protecting the central axis of the steel tower 1 ~ 2
Drawings 2 to 2 and Drawings 2 to 3 Windmill wing and blade guard Windmill
Drawing 3 ~ 3 Collect winds while collecting the wind resistance to prevent the wind from entering the wing.

Images