KR20200106303A - Concrete wind power generator system - Google Patents

Abstract

The present invention relates to a concrete wind power generator system. According to the present invention, there are patents and dozens of types of renewable energy, solar power generators, and wind power generators, but are not successful to complete commercial development and reach the uppermost limit. Electricity consumption continuously increases, but the uppermost limit, such as a lifespan A/S and an installation place of a machine, is reached, and the environment is destroyed, and complaints are caused such that a business value decreases. A concrete structure wind power generator of the present invention can be installed anywhere such as a narrow space and a flat ground such that unlimited installation places induce to produce electricity even with a small amount of wind. According to the present invention, a building can be high as 10 to 20 storeies in a place requiring a large amount of electricity. Also, 10% of installation costs are required and 11 times of electricity can be produced as compared to an existing wind power generator.

Description

Concrete wind turbine system{omitted}

(Drawing 1) Two-story reinforced concrete building (Figure 9) A building column that acts as a pillar of the building and collects and sends wind to the wind turbine blades and blocks wind that interferes with the rotation of the blades (Figure 12). When returning while making the most of the incoming wind (Diagram 14) Air resistance A space between the ribs that allows the wind to easily blow off, (Diagram 10) The shape of the pillars of the building allows the wind to enter easily while keeping the pillars in the direction of the wind. To be. If you make the most of the blowing wind and prevent it from entering the wind that resists the air and rotation, the use of wind is 90% or more, the construction cost of a concrete structure power plant is 1/10 and a half, and the permanent concrete building is 10 stories 20 stories higher depending on the location. And energy self-sufficient concrete wind power generator system

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Patent registration 10-1242787 Patent registration 10-2010-0099 (Utility model) 20-0479339)

(Diagram 1) The initial investment cost of the concrete wind turbine system is 1/10 of the existing product. The existing product is installed on a high mountain. The construction of the road to the top of the mountain is a huge construction cost while harming the nature, and the concrete wind power generator can be installed on a flat surface and the wind utilization rate is high. Electricity can be produced even at wind speeds of 1M~2M, and concrete buildings are semi-permanent products!

A concrete building is a stable system that can function 100% no matter where the wind blows regardless of the wind direction.

There are many similar products as in the prior art literature, but I think that the difference in energy discharge and low installation cost are the core business of new and renewable energy. 1/10 installation cost 10 times energy discharge Concrete wind turbine system.

(Figure 1.) Semi-permanent reinforced concrete building on each floor (Figure 3) Large space power generation room Wind turbine blades and generator replacement and A/S room Concrete wind turbine system installation cost 80% Concrete building wing and generator installation work completed .

Since the air is fast and the blades can be assembled and installed inside the power generation room, the construction can be completed without additional equipment.

(Diagram 1.) Concrete buildings can be installed in narrow spaces, and dozens of floors can be built high in places that use a lot of electricity, so energy self-sufficiency is possible. Solar power plants and wind power generators are economically viable and installation locations. I think you are at the limit. Electricity usage is increasing, and fine dust of automobiles in thermal power plants is increasing every year. I think vertical wind turbines with high business potential are an alternative.

(Drawing 1) Reinforced concrete structure wind power generator building
(Drawing 2) It is Generai.
(Drawing 3) Power generation room
(Drawing 4) Wind power blade top plate
(Drawing 5) Plate under the wind turbine blade
(Drawing 6) Triangular rib wing
(Drawing 7) Concrete roof
(Drawing 8) Power generation room
(Drawing 9) A giant pillar that collects the wind and blocks it
(Drawing 10) Floor plan of reinforced concrete building
(Drawing 11) Top view of triangular rib wing
(Drawing 12) Side view of triangular rib wing
(Drawing 13) Floor plan of triangular rib wing
(Drawing 14) Triangular splint aberration plan Stile-to-stile spacing
(Drawing 15) Concrete building column floor plan wind simulator
(Drawing 16) Triangular Stiletto Windmill Wings Straight Line Array Plan
(Drawing 17) Triangular Stiletto Windmill Wing (Auxiliary Wing Plan)
(Drawing 18) East, west, south, north wind marks.

As I said, my research was conducted in 2010 in a reservoir in front of King Sejong's Taesil, Wolhang-myeon, Seongju-gun, Gyeongsangbuk-do. 2, Air resistance 3 Potential energy 4, ground principle, 5, concrete building, etc. As a result of research, it is compared with existing wind power generators 1, Infinite installation places 2, Installation cost of 1/10 of the existing product 11 times energy discharging science Make sure to apply for a patent at the age of old!

Claims (3)

(1) Reinforced concrete wind power generator building (9) A building pillar that acts as a building pillar and collects wind and sends it to the wind turbine blades, preventing the wind from generating resistance.
(3) On each floor, a space where you can work in the power generation room can be installed and installed, and a break room can be used. (14) Stiletto Wings Connected in Direct Heat Separate the Stiles and Stiles in order to reduce air resistance (16) Slatted windmill blades connected in a direct row (17) Auxiliary Slat Wings Auxiliary blades may increase depending on the width of the wind power generator. (10) Floor plan of concrete wind turbine column Make the column narrow in the direction of wind so that wind can enter easily.
(15) Building pillar plan As shown in the drawing, the direction of the pillars is 45 to 60 degrees so that the wind can enter.

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