JPS5815767A - Wind-powered pumping-up power plant - Google Patents

Abstract

PURPOSE:To obtain a wind-powered prime mover capable of dealing with the wind from any direction by providing guide blades between an upper disc and a lower disc at equal spaces and inserting a rotary impeller equipped with rotary blades of the same number as guide blades in the interior of the guide blades. CONSTITUTION:Many radially slanting guide blades 2 are provieed between circular plates 1 placed above and below with a space so as to make a fixed guide blade ring 3. A rotary impeller 7 is made by providing rotary blades 6 of the same number as the guide blades 2 between discs 4 placed above and below with a space in the interior of the guide blade ring 3 so as to slant in the same direction as the guide blades 2. A rotary power shaft 5 is fixed through the centers of the upper and the lower discs 4. A pump installed on the other end of the power shaft 5 is driven by rotating the rotary impeller 7 to pump up water to a height for power generation.

Description

[Detailed Description of the Invention] This invention relates to a wind pumped storage power generation device that utilizes wind power to lift water to a water storage field at a certain height, and allows the water stored in the water storage field to flow down when necessary to generate electricity. 〇This invention was invented by obtaining an omnidirectional wind motor as shown in the drawing, and its purpose is to obtain a fixedly mounted omnidirectional wind motor that generates rotational output by receiving wind from any direction. Axis (5)
The pump (9) is always rotated in the same direction, and when there is wind, the water is pumped up to the high water reservoir αQ to store energy, and when needed, it is flowed down to rotate the source IIL@αυ. The object of the present invention is to obtain a wind power pumped storage power generation device capable of obtaining a fixed torque.

To explain the structure of this invention with reference to drawings, the omnidirectional wind motor (S) used in this invention has a large number of guide vanes between upper and lower circular plates (1) of constant diameter and constant width. (
2) are connected at equal intervals and at a constant inclination to the radius line, and a rotating output shaft (5) is installed, and a circular ring (5) of a constant width is attached to the outer wall.
4) Fix the upper and lower ends between them, and move the same number of rotary blades (6) as the guide blades (2) of the fixed guide blade ring (3) in the same direction as the guide blades (2) while maintaining a constant inclination with the radius line. A small amount 1 of the rotary impeller (7) installed at an angle is placed inside the fixed guide vane ring (3).
Maintaining It11 and fitting concentrically, fix the fixed guide vane ring (3).
The rotary output shaft (5+) is attached to the top plate (2) and the bottom plate A3, which are fixedly attached to both the upper and lower ends of the rotor, via the upper and lower bearings α and (2), with the upper and lower ends fixed in position so that they can rotate freely. The wind blowing in from the falling direction is guided by the guide vanes (2) of the fixed guide vane ring (3r), and among the many rotary vanes (6) of the internal rotary vane wheel (7), The rotary impeller (7) is always rotated in the same direction by abutting against each other so that the rotary impeller (7) rotates in the same direction. ) is connected to the rotating shaft of the pump (9) using a bevel gear or the like, or connected to the rotating shaft of the pump (9) using a flexible pull shaft to drive the pump (9). In (9), the running water or the water in the water tank aJ is pumped up to the water tank αO on the upper floor of Building 4, and when electricity is needed, the water connected to the generator (2) is simply dropped through the pipe αη, and the necessary power is It is designed to generate electricity.◎ As mentioned above, the wind power pumped storage power generation device of this invention employs an omnidirectional wind power motor as a wind power motor, and as a means of storing wind energy, it lifts water to a high place and stores it. By adopting this method, it is possible to make each Wind Farm IE! unit into a cohesive shape that can withstand strong winds, and the wind energy generated when it is not in use can be stored as water energy in a high position and used as electricity when needed. Because it is Gζ, the wind power generator can be installed in a high place such as a mountain top or in a remote place to serve as a dormitory, and designs of any size can be made, and the water can be used repeatedly if necessary. It can be designed to receive only the wind and not the rain, and can be installed to strengthen the wind on the outlet side, and can be used advantageously on mountain peaks in coastal regions, and can also be used as a power source for ships. It has the effect of allowing

[Brief explanation of drawings]

FIG. 1 is a plan view of a wind motor used in this invention. Second
The figure is an AI sectional view of FIG. 1. FIG. 8 is a piping diagram showing an embodiment of the present invention. In the figure, (1) (1)... Upper and lower circular plates, (2)... Guide vanes, (3)... Fixed guide vane rings, (4) (4)... Upper and lower circles. plate, (4-... circular ring on the outer periphery of the upper and lower disks, (5
)...Rotation output shaft, (6)...Rotation collection, (7
)...rotor wheel, (8)...omnidirectional wind motor, (
9)...Pump, αQ...Water storage, 0℃...
Generator, 1,000 figures

Claims (1)

[Claims] The inside of a fixed guide vane * (3), in which a large number of guide vanes (2) are fixedly mounted between the upper and lower circular plates (1) (1), with a number of guide vanes (2) kept at equal intervals and at a constant angle of inclination with the radius line. , the upper and lower discs (4)
The centers of (4) are connected by a rotating output shaft (5), and the same number of rotations as the guide blades (2) x (6) are applied to a circular ring (4) with a constant width at one end while maintaining a constant inclination with the radius line. , the rotary impeller (7), which is installed inclined in the same direction as the guide vane (2), is rotatably fitted coaxially with the guide vane (2) of the fixed guide vane 1it (3) to direct the wind in any direction. A pump ( 9
) are connected together to pump water into a water storage field no at a certain height, and the hydraulic power flowing down from the water storage field αO is used to rotate a generator (b) to generate electricity.・