RU2501973C1 - Wind-driven power plant (versions) - Google Patents

Abstract

FIELD: power engineering.

SUBSTANCE: wind-driven power plant comprises a wind generator with a blade wind turbine with a vertical rotation shaft arranged inside a fixed blade air guiding device with a base and a cover, a power generator, a control unit, an additional source of energy. The wind-driven power plant is equipped with a protective jacket, equipped with a cantilever and a hinged joint movably connected to each other and relative to the jacket, and the hinged shaft is installed in the central hole made in the protective jacket. An additional source of power according to the first version is made in the form of a wind-perceiving working organ, having the shape of an air dome with slings fixed to the latter and a flexible shaft. With one end the flexible shaft is stiffly connected with the movable cantilever of the protective jacket, by the other end it is movably connected with the ends of slings that are not fixed on the air dome, combined in one point with a mechanism providing for rotation of the air dome relative to the flexible shaft. According to the second version the additional source of power is also made in the form of a wind-perceiving working organ of similar shape. However, it comprises a plank, to which ends of slings are rigidly fixed, being non-fixed to the air dome. The protective jacket is made as dome-shaped with the base installed on the cover of the air-guiding device.

EFFECT: increased efficiency of operation of a wind-driven power plant.

8 cl, 6 dwg

Description

The invention relates to the field of energy using renewable energy sources, and in particular to wind power plants that convert wind energy into electrical energy.

Today wind generators of various designs and sizes are produced in wind energy, ranging from wind generators that supply energy to private houses and cottages, ending with huge wind power stations.

Wind energy is classified as renewable energy, as it is a consequence of the sun. Wind energy is a booming industry. This is because, unlike fossil fuels, wind energy is practically inexhaustible, universally available and more environmentally friendly.

However, the efficiency of wind power plants is highly dependent on both the quantity and power of the wind flow, and is often only an auxiliary source of power generation.

The present invention is the creation of a highly efficient wind power installation that provides the production of a significant amount of electric energy with maximum use of wind energy.

Currently, there are a large number of patented technical solutions aimed at solving this problem, which are very diverse. However, the known technical solutions are not distinguished by the simplicity and reliability of the design; they are characterized by a low efficiency of generating electric energy when using the wind flow.

Known wind system for energy conversion, containing at least one power profile of the wing, made with the possibility of bringing it into action from the ground and immersed in at least one wind stream, a base platform located at ground level and connected via two cables to force profile of the wing, configured to bring the wing profile into action and convert the energy of the wind flow into electrical or mechanical energy, the transmission system (see RF patent No. 2407915 on the invention “Wind system for converting energy through power wing profiles, a method of generating electric energy through such a system and its use for towing a ship.” Priority date 04.24.2006. IPC F03D 5/06. Patent holder - Kite Jen Research SRL . (Italy).

This wind system is characterized by insufficient power generation efficiency due to the fact that the process is cyclical. That is, the power profile of the wing makes reciprocating movements in the vertical plane (raising and lowering), which ensures the loss of electricity generated during the lifting, respectively, when lowering the wing profile.

A wind power installation is known, comprising a wind-receiving working body suspended on a lifting device, made in the form of an elastic cellular panel curved along a helical surface, and a sling, and a generator connected to the working body using a flexible shaft mounted on a ground base (see ed. USSR No. 1302011 for the invention “Wind power installation.” Priority date from 11.21.8 5. IPC F03D 11/00).

This installation is cumbersome, structurally complex, characterized by insufficient reliability of the design, respectively, low operational reliability, and insufficient efficiency of electricity generation.

A known solar wind power installation comprising a rotary wind turbine mounted on a bed, a vertical shaft, an electric generator, a tent frame with a hole on top and covered with a piezoelectric film with photovoltaic transducers attached to it, a piezoelectric generator (see RF patent No. 2292521 for the invention, “Helio wind power installation ". The priority date is 10.10.2003. IPC F24J 2/42).

In the known technical solution, an attempt is made to increase the production of a significant amount of electric energy through the use of an additional source of conversion of renewable energy resources, in particular the conversion of light radiation into electrical energy.

However, this installation is characterized by insufficient reliability in conditions of strong wind, storm, hurricane.

An analysis of the information selected during the search revealed the closest technical solution to a wind power installation containing a wind wheel with a bladed wind turbine with a vertical axis of rotation located inside a bladed air guide with lower and upper covers, an electric generator on the axis of the wind turbine, an energy storage device and a control unit, additional source of electricity, made in the form of a photoelectric light energy converter, cat photoelectric elements They are installed on the top cover of the air guide and are connected to an energy storage device (see RF patent No. 2251022 for the invention “Wind power installation.” Priority date 11/13/2003. IPC F03D 3/00, 3/04. Prototype).

The well-known wind power installation is not reliable structurally and in operation due to insecurity from adverse external factors (precipitation, etc.). The installation does not differ in the high volume of generated electric energy despite an additional source of electricity, a solar battery, in view of the small number of sunny days per year at Russian latitudes.

In addition, an additional source of electricity generation is quite expensive, has a low efficiency. The photocells themselves contain toxic chemicals (lead, cadmium, arsenic, etc.), which does not improve the environment. When developing the life of a solar battery, a new problem arises - the disposal of solar cells containing toxic substances.

Thus, the known wind power plants are characterized by insufficiently high efficiency of their operation in view of the above disadvantages.

The technical solution of the wind power installation, claimed as an invention, allows achieving a new technical result - increasing the operation efficiency of the installation by ensuring the reliability of the design and operation, reducing costs, ensuring compactness, environmental friendliness of the installation and increasing the amount of generated electricity.

The following set of essential features characterizes the essence of the proposed technical solution as an invention and contributes to the achievement of a new technical result. 1 variant of the invention.

A wind power installation comprising a wind generator with a bladed wind turbine with a vertical rotation shaft located inside a fixed blade air guide apparatus with a base and a cover, an electric generator communicated with a vertical shaft of a wind turbine, a control unit, an additional power source, characterized in that it is equipped with a protective casing, equipped with a console movably connected to each other and relative to the casing and a pivot shaft communicated with the electric generator, it It is equipped with a common shaft mounted inside the protective casing and connected to the hinge shaft and the vertical shaft of rotation of the wind generator through the transmission mechanisms, and on which the electric generator is mounted, an additional source of electricity is made in the form of a wind-picking working body in the form of an air dome with slings attached to the last and flexible a shaft connected at one end rigidly to the movable console of the protective casing, the other mounted flexible shaft is movably connected with loose on air shnom dome ends tunings, combined together in one point mechanism providing, air domes to rotate relative to the flexible shaft.

The result is achieved by the fact that the protective casing is made with a central hole in which the hinge shaft is installed, and a dome-shaped with a base mounted on the cover of the air guide apparatus of the wind generator.

The achievement of the result is also facilitated by the fact that the air dome of the wind-picking working body is made in the form of a sail-wing or a kite.

To achieve the result, the mechanism for rotating the air dome relative to the flexible shaft is made in the form of a system of mutually rotating rings.

The technical result is achieved by the fact that the control unit, designed to control the wind-picking working body, is made in the form of a remotely controlled device and is mounted on a flexible shaft.

2 variant of the invention.

A wind power installation comprising a wind generator with a bladed wind turbine with a vertical rotation shaft located inside a fixed blade air guide apparatus with a base and a cover, an electric generator communicated with a vertical shaft of a wind turbine, a control unit, an additional power source, characterized in that it is equipped with a protective casing, equipped with a console and a hinge shaft movably connected to each other and relative to the casing, communicated with the electric generator, it It is equipped with a common shaft installed inside the protective casing and connected to the hinge shaft and the vertical shaft of rotation of the wind generator through the transmission mechanisms, and on which the electric generator is mounted, an additional source of electricity is made in the form of a wind-picking working body in the form of an air dome with slings and a strap attached to the last , to which the ends of the formation are rigidly attached and are not fixed on the air dome and the protective casing is movably fixed on the console with the possibility of ensure rotation of the air dome relative to the console and control the air dome.

To achieve a technical result, the casing is made with a central hole in which the hinge shaft is mounted, and a domed shape with a base mounted on the cover of the air guide apparatus of the wind generator.

The achievement of the technical result is facilitated by the fact that the air dome of the wind-picking working body is made in the form of a sail-wing or a kite.

So, the analysis of the revealed information about the current level of technology in the field of energy using renewable energy sources, and the essence of the proposed invention showed that the technical solution of the wind power installation proposed as an invention meets the patentability criterion of “novelty”.

1 option.

A wind power installation containing a wind generator with a bladed wind turbine with a vertical shaft of rotation located inside a fixed bladed air guide with a base and a cover, a power generator in communication with a vertical shaft of a wind turbine, a control unit, when the wind flows around the installation, allows you to convert wind energy directed by the blades of the wind guide on the blades of a wind turbine, into electrical energy generated by an electric generator.

Providing the wind power installation with a protective casing made in a dome-shaped form with a base mounted on the cover of the blade of the wind-guiding apparatus, provides reliable protection of the wind generator of the installation from the negative effects of external factors (precipitation, etc.), and also creates the technological volume of the wind energy determined and necessary in the production of electricity installation.

The implementation of an additional source of electricity in the form of a wind-picking working body, in the form of an air dome with slings attached to the last and a flexible shaft, provides additional use of wind flow energy for electricity production, which allows to increase the amount of generated electricity due to the maximum use of wind flow energy not only by a wind generator, but also by the wind-picking working body.

The protective casing is equipped with movable interconnected and relative to the casing of the console and the pivot shaft and the flexible shaft of the wind-receiving working body is rigidly connected to the console of the protective casing at one end and movable with the ends of the slings that are not fixed on the air dome and are joined together at one point by a rotation mechanism the air dome of a relatively flexible shaft, provides reliable movement of the working wind-sensing organ under the influence of wind in vertical and horizontal planes, as well as the rotational movement of the air dome relative to the flexible shaft.

The implementation of the mechanism for rotating the air dome relative to the flexible shaft, in the form of a system of mutually rotating rings, makes it possible to rotate the air dome relative to the flexible shaft. This prevents any entanglement of the flexible shaft and the air dome. Therefore, the high efficiency of the wind power installation is ensured.

Supply of the protective casing with a pivot shaft installed in the central hole of the latter, connected to a movable console, to which a flexible shaft of the wind-picking working body is connected, and communication of the hinge shaft with the generator of the installation, provides power generation from the movements of the wind-picking working body in vertical and horizontal planes.

Additional supply of the wind power installation with a common shaft installed inside the protective casing and connected to the hinged shaft and the vertical shaft of rotation of the wind generator through gears, and on which the electric generator is mounted, allows the transmission of torque from the wind generator shaft and the joint shaft to the common shaft of the installation. This allows you to simultaneously convert the rotation energy received from the wind generator and the wind-receiving organ of the vertical shaft and the articulated shaft, respectively, into electrical energy.

In addition, this placement of the common shaft is possible due to the formation of a technological volume by the protective casing. This also ensures the compactness of the installation as a whole.

The implementation of the air dome of the wind-picking working body in the form of a sail - a wing or a kite allows to reduce the cost, to ensure the environmental friendliness of the installation in comparison with the prototype, since an environmentally friendly inexpensive material such as canvas, technical cotton is used to manufacture the air dome.

At the same time, the protective casing provides reliable protection of the air dome from possible damage in cases of low lowering to the ground and from falling onto the rotating blades of a wind generator. This provides reliable protection against damage not only to the wind-picking working body, but also to the wind generator, and therefore, the wind power installation as a whole.

Performing a protective casing with a dome-shaped form creates a certain and necessary technological volume, which not only allows you to store it in the created volume of the protective casing if you do not use a wind -priming working body without cluttering and ensuring the compactness of the installation, but also ensures the placement of the articulated and common shafts of the installation gears.

Consequently, with the compactness of the installation, the maximum use of wind energy for generating electricity is ensured precisely through the use of two working bodies of the wind power installation - a wind generator and a wind receiving organ.

The implementation of the control unit, designed to control the wind-picking working body, in the form of a remotely controlled device and fixing it on a flexible shaft, provides simplicity, accessibility, and speed of control of the air dome at any time. Management is due to the tension of the slings. If you need to turn right, then pull the right slings, a small roll of the dome occurs under the influence of wind force and speed, and the dome rotates to a changed angle of attack. Similarly the other way. That is, the spatial position of the dome is controlled by tensioning the corresponding lines using the control unit. In the first version, the sling control unit is a remotely controlled device suspended under the dome with a computer program and the required number of servos that control the tension of the slings. Such a device can be any radio-controlled, miniature computer device or with a WI-FI system.

This prevents any entanglement of the flexible shaft and the air dome. Therefore, the high efficiency of the wind power installation is ensured.

Option 2

The difference between this option and the first is the fastening of the wind-picking working body to the movable console of the protective casing and the principle of rotation of the air dome and control of the air dome. In this embodiment, the bar with slings attached to it rotates relative to the console, and therefore the air dome of the working wind-sensing organ.

An additional source of electricity is made in the form of a wind-picking working body, which has the form of an air dome with slings attached to the last and a strap to which the ends of the slings are rigidly attached to the air dome and movably fixed to the protective casing with the possibility of rotation of the air dome relative to the movable console and air dome control. In this embodiment, the strap, to which the dome slings are rigidly attached, is also a device for controlling the slings, respectively, the spatial position of the dome of the wind-picking working body. Management is due to the tension of the slings. If you need to turn right, then pull the right slings, a small roll of the dome occurs under the influence of wind force and speed, and the dome rotates to a changed angle of attack. Similarly the other way. That is, the spatial position of the dome is controlled by tensioning the corresponding lines with the help of a strap. To do this, the known servos are placed in the bar, as well as the necessary elements for remote control of the bar and, accordingly, the dome.

This option also provides the maximum use of wind energy both due to the use of wind to generate electricity by a wind generator, and by converting the reciprocating movements of the air dome in vertical and horizontal planes.

Thus, the proposed set of essential features provides a technical result in all cases to which the requested amount of legal protection applies.

In the course of the search by the applicant for information in the field of energy using renewable energy sources, certain distinctive features of the claimed invention were discovered.

However, the set of essential features of the invention, contributing to the achievement of a new technical result, and its effect on the latest of the existing level of technology is not found.

It is the combination of essential distinguishing features that allows to obtain a new technical result - increasing the efficiency of operation of the installation by ensuring the reliability of the constructive and operational, reducing costs, ensuring compactness, environmental friendliness of the installation and increasing the amount of generated electricity.

Therefore, the present invention has such a patentability criterion as "inventive step".

The invention is illustrated using the drawings, where:

figure 1 shows a wind power installation, front view (option 1);

figure 2 is the same, a top view (option 1);

figure 3 is the same front view (option 2);

figure 4 is the same, a top view (option 2);

5 is a wind generator, axonometric view (for both options);

6 is a diagram of the shafts of the installation (for both options).

The best embodiment of the invention.

The wind power installation comprises a wind generator 1 (see Figs. 1, 3, 5, 6) with a bladed wind turbine 2 with a vertical rotation shaft 3 located inside a stationary blade air guide apparatus 4 with a base 5 and a cover 6, an electric generator 7, a control unit for a wind power installation (not shown in damn), an additional source of electricity.

The wind power installation is equipped with a protective casing 8 (see FIGS. 1, 2, 3, 4) equipped with a console 9 movably connected to each other and relative to the casing 8 and an articulated shaft 10 mounted in a central hole made in the protective casing 8 (not shown in FIG. ) The mobility of the connection of the console 9 and the hinge shaft 10 is provided in a known manner, for example, using hinges (not shown in Fig.). The design of the articulated shaft 10 is not the subject of this invention. As the shaft 10, well-known standard designs are used, designed to transmit torque, for example, a joint shaft used in shipbuilding, see Album RN-80 approved fittings for ships and vessels 035-35.072. As the shaft 1, you can use the articulated shaft used in automobiles, for example, the articulated shaft of the car ZAZ 1102, see the information about the articulated shaft ZAZ 1102-1105.

An additional source of electricity according to option 1 (see FIGS. 1, 2) is made in the form of a wind-picking working body 11 having the form of an air dome with slings 12 attached to the last and a flexible shaft 13.

One end 14 of the flexible shaft 13 of the wind-receiving working body 11 is rigidly connected to the movable console 9 of the protective casing 8. The other end 15 of the flexible shaft 13 is movably connected to the ends 16 of the building 12 that are not fastened to the air dome and united by a mechanism at one point (not shown) providing for the rotation of the air dome relative to the flexible shaft 13. The mechanism for rotating the air dome relative to the flexible shaft 13 is made in the form of a system of mutually rotating rings (not shown in Fig.). By design, this mechanism is similar to the mechanism on conventional parachutes.

Such a connection of the flexible shaft 13 with the console 9 of the protective casing 8 and with the air dome ensures reliable movement of the working body 11 under the influence of wind in vertical and horizontal planes, as well as the rotational movement of the air dome relative to the flexible shaft 13.

The flexible shaft 13 is a rope made, for example, of steel wire or threads of vegetable, synthetic or mineral origin.

The air dome of the wind-picking working body 11 is made in the form of a sail-wing or a kite. The material from which the air dome is made is a durable canvas or the like, natural eco-friendly fabrics.

According to the second variant, the additional source of electricity is also made in the form of a wind-picking working body 11 (see Figs. 3, 4), having the form of an air dome with slings 12 attached to the last one. The working body 11 contains a bar 17 to which are loosely attached to the air dome the ends 16 of the sling 12. The strap 17 is movably fixed to the console 9 of the protective casing 8 with the possibility of rotation and rotation of the air dome relative to the console 9, for example, using hinges (not shown in the drawing).

The protective casing 8 is made dome-shaped with a base 18 mounted on the cover 6 of the air guide apparatus 4 of the wind generator 1 and is equipped with ventilation holes (not shown in the drawing) for the air accumulated in the latter. The material of the casing 8 can be both from durable types of plastics, and from steel, etc.

The implementation of the protective casing 8 with a domed shape creates a certain and necessary technological volume, which allows in case of not using a wind-sensing working body 11 in the form of an air dome to store it in the volume of the protective casing 8, without cluttering and providing a compact installation.

The protective casing 8 also provides reliable protection of the wind generator 1 from the negative effects of external factors (precipitation, etc.). The casing 8 also provides reliable operational protection of the air dome from possible damage in cases of low lowering it to the ground and from falling onto the rotating blades of a wind generator. This provides reliable protection against damage not only to the wind-picking working body 11, but also to the wind generator 1, and therefore, the wind power installation as a whole.

The wind power installation is additionally equipped with a common shaft 19 (see Fig. 6), connected to the articulated shaft 10 and the vertical shaft 3 of the wind generator 1 through standard gears used in industry, in particular, shaft 3 - for example, through overrunning clutch 20, shaft 10 - , for example, through the conversion mechanism 21 The energy conversion mechanism 21 is an industrially produced equipment, including, for example, gear clutch, multiplier, speed controller. On the shaft 19, a differential 22 is installed, which provides rotation of the shafts 3 and 10 with different speeds, on the shaft 23 of the generator 7 there is a multiplier 24 and a speed controller 25.

The common shaft 19 is installed coaxially to the indicated shafts 3, 10 inside the protective casing 8. Moreover, through the above gears 20, 21, 22, rotational movements from the shafts 3.10 are transmitted to the common shaft 19, from it through the mechanisms 24 and 25 to the electric generator 7, which converts the energy of rotation into electrical energy. This allows you to simultaneously convert received from the wind generator 1 and wind-picking working body 11, the rotation energy of the vertical shaft 3 and the articulated shaft 10, respectively, into electric.

The implementation of the protective casing 8 with a domed shape creates a certain and necessary technological volume, which ensures the placement of the articulated 10 and the common shafts 19 of the installation, as well as the transmission mechanisms 20, 21, 22,23, 24, 25 and the electric generator 7. This provides reliable protection and compactness wind generator installation.

The control unit (not shown in the drawing) is necessary for controlling the operation of the wind generator as a whole, that is, the wind generator 1 and the wind-sensing working body 11. The control unit, designed to control the wind-receiving working body 11 according to the first embodiment, is made in the form of a remotely controlled device 26 and mounted on a flexible shaft 13 by known methods.

The control is due to the tension of the lines 12. If you need to turn to the right, then pull the right lines 12, there is a slight roll of the dome under the influence of wind force and speed, and the angle of attack changes the dome. Similarly the other way. That is, the spatial position of the dome of the organ 11 is controlled by tensioning the corresponding lines 12 using the control unit in the form of a device 26. In the first embodiment, the control unit of the wind-picking working body 11, and therefore the lines 12, is a remotely controlled device 26 suspended under the dome with a computer program and the necessary number of servos that regulate the tension of the lines 12. Such a device can be any radio-controlled, miniature computer device or with a WI-FI system .

According to the second option, the air dome is controlled by means of the strap 17. The control is carried out by tensioning the lines 12. If you need to turn to the right, then the right lines 12 are pulled, a small roll of the dome occurs under the influence of wind force and speed, and the canopy rotates the angle of attack. Similarly the other way. That is, the spatial position of the dome of the organ 11 is controlled by tensioning the corresponding slings 12 using the strap 17 .. In this embodiment, the strap 17 is a device for controlling the slings 12, respectively, the spatial position of the dome of the wind-picking working body 11. For this, the known servos are placed in the strap 17 (not shown), as well as the necessary elements for remote control of the strap 17 and, accordingly, the dome. At the same time, the position of the air dome can be controlled both manually and using the computer of the control unit of the wind generator (not shown in the diagram) in automatic mode

The wind generator can be installed with base 5, either on a specially prepared support, or without it, having been strengthened by known methods not only on land but also on water vehicles, not only as an additional source of electricity, but also an additional source of driving force, since air the dome also creates a "pulling" force for the vehicle.

The present invention works as follows.

The wind flow, flowing around the wind generator 1, falls on a fixed vane air guide apparatus 4, which directs it with its blades to the vane wind turbine 2. The latter begins to rotate, the torque of the vertical shaft 3 through the transmission mechanism 20 and the differential 22 is transmitted to the shaft 19. The generator 7 converts rotational movement of the shaft 3 through mechanisms 24, 25 into electrical energy.

Simultaneously with the wind generator 1, an additional source of electricity, made in the form of a wind-picking working body 11, takes part in the production of electricity.

The wind, also running against the air dome of the organ 11, creates lift. Due to what the air dome rises, making both vertical and horizontal movements and rotational movements relative to the flexible shaft 13 (according to the first embodiment), relative to the console 9 (according to the second embodiment). Movements from the air dome are transmitted through the articulated shaft 10 and the transmission mechanism 21 and the differential 22 to the common shaft 19, from it through the mechanisms 24, 25 to the electric generator 7, which generates electricity.

Thus, the installation proposed as an invention makes maximum use of wind energy, precisely due to the use of a wind generator 1 and a wind-picking working body 11, without increasing either the area or the dimensions of the installation, providing low installation costs, compactness and high environmental friendliness, high structural reliability and operational, and high performance.

Moreover, during the operation of the wind power installation, the wind generator 1 is reliably protected from the negative effects of negative external environmental factors (precipitation, etc.). The protective casing 8 reliably prevents any damage to both the wind-picking working body 11 with extremely low lowering down to the wind generator 1, and the wind generator 1 itself.

The operation of the wind power installation, the wind generator 1 and the wind-picking working body 11 is carried out from the control unit both manually and in automatic mode using computer technology. This is necessary both for tracking the movement of the air dome, monitoring its normal proper movement in order to generate electricity (preventing low lowering of the air dome to the ground, to the wind generator). And also to monitor the normal operation of the wind generator 1.

Thus, as a result of the application of the claimed complex, a new technical result is achieved - increasing the efficiency of the installation by ensuring the reliability of the design and operation, reducing costs, ensuring compactness, environmental friendliness of the installation and increasing the amount of generated electricity.

Therefore, the present invention meets the patentability criterion of "industrial applicability".

The present invention can be used in any territorial zones having a sufficient wind flow on land. In addition, it can be used on water vehicles, not only as an additional source of electricity, but also an additional source of driving force, since the air dome also creates a “pulling” force for the vehicle.

Claims (8)

1. Wind power installation containing a wind generator with a bladed wind turbine with a vertical shaft of rotation located inside a fixed blade air guide apparatus with a base and a cover, an electric generator in communication with the vertical shaft of the wind turbine, a control unit, an additional source of electricity, characterized in that it is equipped with a protective a casing equipped with a console movably connected to each other and relative to the casing and a pivot shaft communicated with the electric generator, it additionally it is equipped with a common shaft installed inside the protective casing and connected to the hinge shaft and the vertical shaft of rotation of the wind generator through gears, and on which the electric generator is mounted, an additional source of electricity is made in the form of a wind-picking working body in the form of an air dome with slings attached to the last, and a flexible shaft, rigidly connected at one end to the movable console of the protective casing, at the other end, the flexible shaft is movably connected to stuffy dome ends of the sling, combined together in one point of the mechanism for rotation relative to the air domes of the flexible shaft. 2. The wind power installation according to claim 1, characterized in that the protective casing is made with a central hole in which the hinge shaft is mounted, and a domed shape with a base mounted on the cover of the wind generator air guide. 3. The wind power installation according to claim 1, characterized in that the air dome of the wind-picking working body is made in the form of a sail-wing or a kite. 4. Wind power installation according to claim 1 or 3, characterized in that the mechanism for rotating the air dome relative to the flexible shaft is made in the form of a system of mutually rotating rings. 5. The wind power installation according to claim 1, characterized in that the control unit for controlling the wind-picking working body is made in the form of a remotely controlled device and mounted on a flexible shaft. 6. A wind power installation comprising a wind generator with a bladed wind turbine with a vertical shaft of rotation located inside a fixed blade air guide apparatus with a base and a cover, an electric generator in communication with the vertical shaft of the wind turbine, a control unit, an additional source of electricity, characterized in that it is equipped with a protective a casing equipped with a console movably connected to each other and relative to the casing and a pivot shaft communicated with the electric generator, it additionally it is equipped with a common shaft installed inside the protective casing and connected to the hinge shaft and the vertical shaft of rotation of the wind generator through gears, and on which the electric generator is mounted, an additional source of electricity is made in the form of a wind-picking working body in the form of an air dome with slings attached to the last, and a strap to which the ends of the slings are rigidly attached to the air dome and are movably fixed to the console of the protective casing with the possibility of th air dome to rotate relative to the control console and the air dome. 7. The wind power installation according to claim 6, characterized in that the protective casing is made with a central hole in which the hinge shaft is mounted, and a domed shape with a base mounted on the cover of the wind generator air guide apparatus. 8. The wind power installation according to claim 7, characterized in that the air dome of the wind-picking working body is made in the form of a sail-wing or a kite.

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