DE2412908A1 - Arrangement for energy supply from natural sources (sun, wind, water) - using lenses, sails, and water to drive generators - Google Patents

Abstract

Utilisation device for power from natural sources uses a spherical shaped boiler with a dome shaped lens cover of one or more segments with heat conducting metal strips to catch sun rays from a sun orientated lens above the boiler. Wind rotor blades are mounted on the boiler using a rotating track fitted to it. This track getting its drive from the wind rotors transmits it to two generators. Also included are hot water pipes which could drive a condensing steam turbine. Thus the installation uses energy derived from wind rotor, solar energy and water to produce energy for heating, electrolysis plant or motors.

Description

Weather power plant (sun, wind and water) The invention relates on a weather power plant, which on the one hand consists of parts rotating in the wind and on the other hand through the direct conversion of solar energy into electrical energy, which is used for water electrolysis can be used, is fed.

There are wind power machines known in which the axes of rotation of their Wind blades obgl. directly to the drive shafts of generators or machines are connected, with wind turbines in the manner of a Savonius rotor vertical axes of rotation exhibit.

(D.P. Papers Nos. 821 930, 883 430 and 911 840.) On the other hand, are other methods of generating electricity e.g.

MHD generators known, but neither the wind, the sun nor colder Give preference to hydrogen ion migration and do not form a structural unit.

A so-called solar generator is also known, which generates the sun's rays, on a water pipe in a partly transparent cylindrical hollow body, mirror-reflect lets in order to generate steam via a turbo generator working in a closed system afford to.

(Welt der Technik, book page 51, from Chr.Belser Verlag, Stuttgart.) Another method of generating electricity was among others. from the North American (Bell Telephon Company "and developed by" NASA "so that solar batteries, mat-like be placed on a stationary surface according to the principle of photoelectric Cells (solar cells) work to provide a power supply for telephone networks or Satellite guarantee.

Furthermore, thermoelectric generators are known which their Thermocouples made of semiconductor material that are electrically in series as well thermally parallel, between cold and / or hot heat exchangers or guide bodies are arranged, resting on it - au let fly.

(DT - PS 1 539 335, PI '- rs 1 224 909 and US - PS 3 269 875) Thermoelectric Heat pump made of semiconductor material - legs with compressive stress piston-like contact electrodes, which have conical lugs that conduct heat Bodies are pressed in are known in CH - PS 437 452 and DT 2 o16 554.

Accordingly, both photoelectric cells and thermoelectric cells are used Generators applied to stationary subconstructions that are only theirs, that is correspond to a function.

Likewise, wind blades or motors are only kinetic wind energy known as torque on generators or, transferring power machines.

In both cases this means a multi-track exploitation of wind or wind Solar energy, adding that thermoelectric generators so far were only connected to heavily used energy sources that are already versatile intervene in the ecological process.

These Lingriff cause the remains of the energy sources to be time-dependent are, as an energy carrier, ultimately have an overall efficiency with a falling curve.

Practice has shown that a new, honest energy age, A rethinking also makes it necessary in the cost relation, whereby there are no monopolies may give. Even if the wind dynamic performance of known windmills is exhausted, it would not be absurd today, windmills like the ones in the US state Recreate Vermont standing. (1 620 HP = 1 192 kW mechanical power) But such or Similar wind power plants have the disadvantage that as a power plant they do not have solar energy in electr. Electricity nor water electrolytically split or solar power plants also as To let wind power * -erke work. Another disadvantage arises from the diameter their vertical wind blades; because, if this is doubled, one gets the fourfold performance - but according to the lever arm law and that of the structural analysis it grows Eight times as much effort for the supporting structure.

So one has the constant greatest primal forces, besides the gravitational force, not only neglected, but also only as a respective scattered form of energy, i.e. the heat, light and kinetic energy (wind) supplied by the sun unfocused utilized.

Accordingly, these state-of-the-art works for electricity generation miss the last possible exploitation of recent experiences and results. They probably have individual features, for example the conversion of light and heat by means of photoelectric cells or heat elements in the working current, by two types of construction.

The purposeful and purposeful summary of these characteristics and Combinations with other features known in the broader context to create a new one Wetter - Kraftwerk, has not yet been proposed and forms the Subject of the invention.

The innovation is mainly characterized by the union the following features: a) That spherical or lenticular optical glass body which follow the apparent movement of the sun in a controlled manner, not just photoelectrically Cells and thermocouples, but also on a parabolic-shaped kettle act, which creates a torque for the drive of generators through wind rotor blades can produce, b) the kettle can be rotatably mounted and light-controlled, as well as a slewing ring and rotor blades independent of wind direction.

c) the slewing ring that drives three-phase generators.

d) the individual wind rotor blades, from one through support rollers in Support ring held planes, can be supported.

e) that an external rotor between the water boiler and a steam boiler - Generator is arranged and to its housing a ring gear and wind rotor blades have been attached indirectly.

f) that the electricity thus obtained electrolyze the electrolyte - water can.

g) no high effort is required to make difficult-to-use Fuel gases for heat generation to feed such a power plant.

h) such weather - power plants mounted on land or water vehicles, and can also drive them.

Due to the configuration according to the invention, the stationary and mobile Weather power plant always able to be electrical directly or via a steam turbine To deliver electricity, with an excess of energy resulting from time and weather conditions in basins, containers, batteries a-the ceramic-specific heat storage, collected can be. According to this, such a power plant reserves collapsing or reciprocal ones Sun and wind forces for the short term in which neither wind nor sun are effective can.

The invention is therefore based on the object of providing a timeless location-independent To ensure energy supply by means of size-independent power plants, which residue-free from wind and solar energy or. Water, electricity and hydrogen as desired, can generate.

This object is achieved according to the invention in that horizontal Wind rotor blades on a rotatable and light-controlled parabolic by means of a bunsen burner or the like. heatable kettle resting on its concave inner surface Has thermocouples and edge-mounted adjustable solar cell carriers, so attached have been that on the one hand a? a rotating kettle or the like. upstream Lens-shaped glass body, zenith-controlled by means of a daily transmission, the solar radiation concentrates on the concave inner surface of the kettle and on the other hand a rotating or ring gear, which is in the recesses of the rotor blades or the kettle is arranged so that the anchored with a bracket generators are driven to provide electricity, if necessary, also for charging stations and water pumping stations or for a preferably "water pressure decomposition system".

Not only about the right choice, but also about optimal use that should be able to meet forms of energy that can be converted from wind and solar energy on the one hand the average values fixed from satellite weather map analyzes and on the other hand the proposed embodiments of the weather power plant, consider.

In one embodiment in which the wind rotor blades on the one hand the optical glass body and a non-rotating water tank are arranged, is an arched bracket on the outer kettle shell to which the generators and a pillow block for the wind rotor blades are attached. (According to @ Fig. 2) The kettle can be stored in a ball socket, the kettle edge as Steam dome, in which flexible hot water hoses are let in, is formed.

A ring holder that surrounds the glass body can be an adjustable one Ring holder to be worn. So it is a non-rotating one, but according to the position of the sun Alignable kettle, controlled accordingly with the simplest means, moved are on the respective east and west side, on the ball socket bearing blocks, in which pulleys and cables are arranged si jitt, attached.

The by means of a photoelectrically controlled position gear, the apparent movement of the sun following the kettle, can be determined by sliding blocks in intervene on a planetary guidance curve.

As a result, such designs lead to an optimal intensity of use by means of glass bodies, heating elements and solar cells which are planetary through a daily transmission also always a kettle or

Move the wind rotor along with the wind rotor axis moving along with it an arched formation of the leaves upwards, is compensated.

According to the innovation, both the respective solar cell carriers as well as the bowl-shaped kettle from a pressure pipe connection carrying water and steam be worn as a ring line; being between the kettle and a steam boiler with superheater, an external rotor generator, on whose housing a Zahnkranæ-u. Axle-mounted wind rotor blades have been screw-fastened, be arranged. (To Fig. 3) According to the embodiment, the stator of the external rotor generator has a continuous Tube, as the actual stand, with its pole windings around the insulated Inner tube are arranged.

To the disadvantages of vertical windmill blades mentioned at the beginning On the one hand, the individual wind rotor blades can eliminate them in an even more sustainable manner on a 'generator external rotor housing or the like. and on the other hand on a flat circular Support ring be attached, with the counterpart> W14 'pieces of the support ring, as dimensioned Number of telescopic support rollers, with the ground, part of a building or can be anchored to a vehicle. (According to Fig. 3) So that such wind rotors Withstanding hurricanes, the individual rotor blades consist of a curved tubular frame with concave struts; and the actual rotor blade, from one on the tubular frame Sailcloth attached by means of a breakaway cord, with a non-tear cord is attached in the middle of the respective Verttrebungen and in the event of a hurricane the wind resistance Canvas, always holding on like that.

In this embodiment, a coaxial bearing relief can also consist in the fact that the rotor blades are bent in the shape of a shovel from above to below coast to prematurely self-buoyancy, while rotating with centrifugal force against gravity.

The natural gas reserves, which are otherwise difficult to use, can go unused serve to expand the capacity of such a power plant by simple means, by screwing a bowl-shaped simple Bunsen burner under the kettle which is based on two-point control using an immersion thermostat and a solenoid valve is working.

The invention is given a further embodiment in that a Wind and solar energy generated working current to an electrolytic water decomposition plant can be made, whereby the rainwater collected by the water boiler, filtered, fed into a lye and boiler feed water tank.

According to the invention, it is always possible for such a power plant to be electric Electricity, superheated steam, water and oxygen not only under stationary conditions but by the optional installation of known electricity steam and hydrogen-determined drive motors and corresponding mechanisms or Ship sriimp fen, too while moving for a desired one Place to produce these drive media; with the most favorable dimensions, norms and arrangements of said wind rotors, Ulaskorper, solar cell and electric Facilities that can be taken from the state of the art.

Furthermore, several weather power plants can operate one pumping station, which pumps water from a turbine basin into a collecting basin, so also a Energy storage via the transport of water, under appropriate conditions, is possible.

It is also proposed that the steam boiler with the electric Resistance heater and all facilities of a working in a closed system Condensing turbo steam engine and including accumulators, within one Building can be installed, preferably in industrialized skeleton construction should be manufactured as a modular system under international standardization.

For areas of the earth with a high soil solar constant, but low precipitation the bowl-shaped kettle has a central water drainage pipe, which in a lye or feed water tank in which a condensate cooler is arranged, joins.

The advantages achieved with the invention are in particular: that instead of a multitude of means and procedures working separately on multiple tracks for the conversion of timeless wind, solar and water energies, it is only one construction and functional unit requires electrical power, directly or via turbo generators, without always using time-limited energy / s to generate.

The weather, regardless of location and size, can be set up on almost any surface of the earth or water - Power plants therefore not only save capacitive power losses, but also a large number of overhead lines and their substations - or the lack of them, among other things

of electric charging stations for battery vehicles.

Another advantage is that an approach has been found to make it easier to turn to a timeless energy base for everyone before that Hour of the fossil energy age can become so caotic that the greedy urge To continue to exploit irreplaceable natural resources, not to subside, as is currently the case power-political aspects, but also under military force.

To a large extent, the size and economy of such a weather power plant To ensure the following is provided according to the innovation: 1.) The parabolic Inner surface of a kettle, not only takes up that of a convex glass body refracted axially parallel rays of light, but also the inner surface of a spherical kettle or the like. can be designed as a concave mirror that the burning surface inside the kettle, from the one on the mirrored hollow sphere reflecting rays of light, forming the round opening of the kettle can be controlled photoelectrically in the solar zenith via a daytime transmission.

2.) That not just a circular glass body as a convex lens Generated focal surface, but also, for example, four convex lenses on each one the tangent forming the circular segment holding the cloverleaf shape or individually movable can be framed in order to have four focal surfaces at the same distance and refractive index to form in the kettle.

Accordingly, the achievement of a maximum manufacturing size of optical glass bodies no longer use such concentrated solar energy, but, in contrast, a number of maximum glass bodies can have several focal surfaces form, i.e. in application theory, from vitreous size X, there are always that many Suns ready for use, like glass bodies.

In terms of application it means that the mean soil solar constant of 200 W / m2, the size and temperature of the focal surface and the individual optical Vitreous, in the end result an equation of proportions which shows that a multiplication of a not only such soil solar constant, in conversion as Heating surface is always possible, but also an approach for a timeless and harmless Energy yield for "everyone" can be granted chin.

In addition, with an objective enlargement of this part of the weather power plant, e.g. when the wind rotor blade diameter is doubled, an inevitable quadrupling of the power of the wind rotor is provided.

In this context it can be stated that apart from new simplified glass body manufacturing process, not a purely optical one Dimensional tolerances and freedom from bubbles are required.

Furthermore, such a converging lens or the like. made of flint glass, with a Refractive index from 1.7. With their useful life and lifespan, you can count on thousands of years Convert solar energy and use it for their creation.

Energy and population problems condense massively, so that the och-strong can only really help the weak if he can also culturally helps, instead of an increase in population - an increase in energy, which is primarily for Realization of agricultural and information technology should be used, too enable.

An embodiment of the invention is shown in the drawing and is described in more detail below. They show: FIG. 1 the vertical section a spherical rotatable and swiveling kettle or glass body and the Fastening arrangement of the rotor blades, generators and the water flow through a central support tube.

Fig. 2 front view and partial section of the power plant in which the wind rotor as well as the generators above an optical glass body, on one in-a Kugei pan mounted kettle embedded bracket, are attached, as well as the arrangement a cable device.

Fig. 3 is a schematic representation of a Lietter power plant Steam and hydrogen units and that moves it by means of a daily transmission. will, and one arranged between a concave kettle and a steam kettle External rotor generator, attached to the housing of a ring gear and a wind rotor has been.

In Fig. 1 is a supporting structure which is arbitrarily connected to the ground, a part of a building or its mobile object, its canoe is anchored.

With the support structure is a platform 2 through which the support tube 3 passes through, welded.

In the middle of the support tube 3 is a partially flexible steam and hot water leading Double tube 4, on the one hand in the pivot bearing 5 and on the other hand firmly in a spherical Kettle 6, arranged.

A double-walled kettle 6 and its dome cover, the one central Has opening, shaped as a reflector, a corresponding inner coating exhibit.

The spherical part of the kettle 6 is in a known one Ball socket bearing 7 stored.

This part of the kettle can have a ceramic inner layer 8 have a heat-resistant, glass heat exchanger 9, thermoformed therein brought in to record.

In its dome cover 1.0 openings are provided in which heat conducting plates 11 have been ceramically enclosed.

The heat exchanger received in a locked manner in the water boiler 6 9 can also be made of copper or the like. consist, the insulating inner layer 8 from consists of an asbestos fabric, which is between the water boiler 6 and the heat exchanger 9 comes to rest.

Its heat and water exchange also takes place in the double-walled part 12 of the bowl-shaped part of the kettle 6 takes place and ends at the cylindrical Round flange 13.

On the round flange 13, which is further designed as a gear ring or rotating ring 14 is, is flanged to the respective rotor blade support 15 on which the wind rotor blades 16 are attached lengthways. The wind rotor blades 16 thus rotate the kettle 6, a convex lens as a glass body and generators. Connect several spacer screws 17 the rotor blade supports 15 with the screw holder 18 of an optical glass body 19, which has the same refractive index as a so-called burning glass and from several polycrystalline pellets produced by hot pressing of fine powders can exist.

The generators moved by the wind rotor blades 16 via the turntable 14 20, are by means of the compression spring 21, the linkage 22, and the respective expansion spring 23, in the constant contact pressure of the friction pinion 24, movably mounted when there is no gear drive is provided.

Furthermore, not only an optical glass body 19 can be a focal surface form, but there can be several, the individual glass body by means of be held together by a corresponding border.

From this embodiment it is easy to see the wind and solar power is not fanned out, but always in accordance with the procedure at the desired location ready-to-use energy can be converted into electricity.

Photoelectric cells 25 and thermal elements 26 can be attached to any shadowless or the heat accessible parts of the power plant be arranged, with their rectified Current, accumulators and the excitation windings of the wind power generators 20 flow can.

Accordingly, the actual hot water 27, from a laser-like optical solar radiation concentration as provided by the glass body 19 and from installed in the kettle 6 heating resistors 28 whose electrical current from the generators 20 comes to be generated.

From this it is evident that an additional external energy, which generates electricity via the steam or turbo generators, is dispensed with can be, or in most latitudes without generating electricity Steam can be moved.

The embodiment identified in FIG. 2 differs in particular in that the wind rotor 29 is not part of a rotatable water boiler 6 ' and rotates over the glass body 19, which is attached to a swiveling water kettle.

Thus also like the kettle 6 ′ shown in FIG. 1 according to the state of the art The sun can be aligned are on the east and west side of the ball socket 30 bearing blocks 71, in which pulleys 32 and cables 33 are arranged, attached.

The zenith-controlled photoelectrically by means of a known daily transmission Kettle 6j can be guided by sliding blocks 3ile in one ¢ 1so.

Accordingly, the cables 33 in the daily transmission end alternately to be rolled up and down accordingly.

According to the invention, such a closed system, from a corresponding computer, the glass body 19, photoelectric cells 25, thermal elements 26 and wind rotors 29 coordinated to provide impulses, or a weather power plant as an energy package, being controlled.

The circulatory movement of the by means of increased solar heat and Heinz snakes 36 heated boiler water, among other things by means of flexible hot water hoses 37, which are embedded in the steam dome-like kettle border, made possible.

Thus a wind rotor 29 and the generators 20 above the glass body 19 become effective, is the wind rotor 29 as well as that driven by means of the wind rotor 29 Generators, on an arc-shaped embedded in the double wall kettle 38 Bracket 39 arranged accordingly.

Such a holder is preferably for the arrangement of several Glass body 19 over a kettle 6; intended.

Furthermore, the glass body 19 is in a screw-on ring holder ho, which sits on the kettle rim 41, edged in a sealed manner, the actual telescopic iting holder 42 is adjustable in height.

The weather power plant shown schematically in Fig. 3 differs differ in particular from the two aforementioned embodiments, in that counterweights 44 moved by means of a day gear 43 in an inclined bearing 45, the water boiler 6 'and the solar cell carrier 46, on a hot water ring line 47 are attached and on the other hand roller-bearing wind rotor blades 16 which one External rotor generator 48 comprising an insulated tubular stator 49 as part of a glass water supply line 50 has drives.

A water drainage pipe 51, which is in a liquor or feed water tank flows in, can be fed by precipitation, which also from the bowl-shaped Surfaces of the solar cell carriers 46 are collected.

Accordingly, filtered and leached rainwater can, not only as an electrolyte for an electrolysis system 52, which is preferably based on the pressure decomposer principle should be used, but also serve as boiler feed water.

From a ground solar constant of 1OOW / sqm and wind strengths from 5m / s the electricity generated by the wind-controlled generators can be used in addition to an optional one Use, also for an energy-storing electrolysis and switchable Al {kumtllatorengruppen 54, so be claimed.

Furthermore, 6 'bunsen burners can be placed on the underside of the kettle 55, which is controlled by means of a solenoid valve and immersion thermostat, screwed on be to unused or otherwise difficult to use natural gas deposits in electrical To transform electricity.

This means that several wind rotor blades that are as large and light as possible 16 form a rotor with optimal torque, they can be made from a blade-shaped rotor curved tubular frame 56 with concave struts 57 exist.

The actual rotor blade is covered by a canvas 58 or the like. which attached to the tubular frame 56 by means of a line 59 that only breaks in the event of a hurricane is formed.

A second attached to brace 57 and canvas 58 Non-pull cord 60 holds a sailcloth 57 or rotor blade that has become so devoid of wind resistance fixed.

A support element for oversized wind rotor blades 16; can thereby formed be that a flat, circular, centric support ring 61, not just the wind rotor blades 16'arretiert, but also represents a race; under which several telescopic springs Support rollers 62, which are arranged on the ground on a part of a building or a vehicle can be, roll off easily.

According to the invention, the weather power plant can not only be stationary Converting energy, but by installing known electricity, steam and hydrogen-determined propulsion engines as well as corresponding landing gear or hulls, also produce these drive media while moving to a desired location, with the most favorable dimensions, standards and arrangements of the above named glass body 19, wind rotors 29, steam units and electrical devices, can be selected according to the state of the art.

Accordingly, the invention is not limited to those described in detail above and in the embodiments shown in Figs. 1, 2 and 3 limited, but it on the other hand, changes can be made without departing from their basic idea.

Claims (1)

Patent claims: 1. Weather power plant, which consists of parts rotating in the wind and is fed by means of sunlight and heat, characterized in that on the one hand Wind rotor blades (16) on a thermally insulated one mounted in a spherical shell bearing (7) Kettle (6), are attached and the kettle (6) is preferably a glass Heat exchanger (9) receives which in its lens-like dome cover (10) heat conducting plates (11) has arranged so that diffuse sun rays, via upstream zenith-controlled Glass body (19) or concave mirror that reach the heat conducting plates (11) as a focal surface, and on the other hand a round flange (13) of the water boiler designed as a slewing ring (14) (6) Via a rotor blade support (15) or the like flanged to it, the respective wind rotor blades (16) with the so rotating water boiler (6) screwed to a condensation turbo steam engine (53) or the like. with such steam energy, via a central one arranged in the support tube (3) partially flexible steam and hot water (27) leading double pipe (4), to be supplied, thus not only the solar focal surface and wind rotor energy, but also Thermal elements (26) installed on the kettle (6), as well as those on a hot water ring line (47) the apparent position of the sun following solar cell carrier (46), electrical Energy, including -. for heating, for an electrolysis system (52) and for driving Can feed year motors. 2. Weather power plant according to claim 1. characterized in that the kettle is in a ball socket (30) (6), in its double wall (38) sliding blocks (34) on one in the kettle (6) designed guide curve (35) slide, by means of counter-rotating pulleys (32) respectively. Cable pulls (33) can be swiveled in the laid out as a simultaneous solar path curve Guide cam (35) stores. (According to Fig. 2) 3. Weather power plant according to the claims 1 and 2 characterized in that flexible hot water hoses on the edge of the kettle (41) (37) and a telescopic, height-adjustable ring holder (42) with a ring holder (40), are attached and the ring holder (40) has a gas body (19) or the like. borders. 4. Weather power plant according to claims 1, 2 and 3, characterized in that that not only convex glass or hollow glass bodies refracted light rays on the Throw parabolically shaped inner surface of the kettle (6), but also the East and west parts of a water kettle (6 ') that can only be swiveled in this way, points at the edge of the kettle (41) Concave mirror or similar. which are only slightly curved in the vertical plane to form an angle of reflection for the incident light rays. 5. Weather power plant according to claims 1, 2, 3 and 4, characterized in that that not only one carried by the supporting structure (1) or by the platform (2) correspondingly movable glass body (19), or a concave mirror has a focal surface form, but it can also be, for example, four concave mirrors, which each one or two flat mirrors on the shadow side, always facing each other at the angle of reflection have, the concave and flat mirrors, on which, after an interchangeable solar simultaneous curve, controlled kettle (6), detachable and adjustable, so that four burning or. Heating surfaces on the central kettle (6) (swivel kettle) act, the support tube (3) with a roller bearing the vertical axis of the wind rotor respectively. forms his rotating part representational. 6. Weather power plant according to claims 1, 2, 3, 4 and 5, characterized in that that in the kettle double wall (38) an arcuate, offset bracket (39), which comprises a respective glass body, is fastened to in a pivot bearing, on which a wind rotor (29) is arranged to end objectively. 7. Weather power plant according to claims 1 to 6, characterized in that that in recesses of the wind rotor (29) of the turntable (14) and on the bracket (39), generators (20), are attached flanged, and the individual wind rotor blades (16) designed pear-shaped, so are largely independent of the wind direction. 8. Weather power plant according to claims 1 to 7, characterized in that that one, from the edge of a concave, pivoting and non-rotating kettle (6 '), incoming and outgoing hot water ring line (47) the outer edges of the wind rotor blades (16 ') of an external rotor generator (48), enclosing a small distance, and in one swiveling condensation steam engine (53) emptying. (According to Fig. 3) 9. Weather power plant according to Claims 1 to 8, characterized in that by means of a daily gear (43) or the like, and two balancing or counterweights (44) which at the two ends of a condensation steam engine (53) supporting Platform are attached, an angular contact bearing (45) moves in a guide curve, which a steam boiler on which an extended tubular stator (49) of an external rotor generator (48) is arranged to receive supporting. 10. Weather power plant according to claims 1, 8 and 9, characterized in that that a gas and water supply line (50) leads through the tubular stator (49), which on the gas side to the Bunsen burners installed on the underside of the water boiler (6 ') (55) has been laid and on the hot water side, the water supply line (50) the water boiler (6 ') with a steam boiler of the condensation steam engine (53), pipe connecting. 11. Weather power plant according to claims 1 to 10, characterized in that that the respective wind rotor blade (16 ') consists of a shovel-shaped curved tubular frame (56), which has a concave strut (57) in the middle, and the actual Wind rotor blade (16 ') is formed by a canvas (58) which is placed around the tubular frame (56) is attached by means of a weaker line (59), which only breaks in a hurricane, thus a stronger non-tear cord (60), which is attached to the strut (57) as well as with the sailcloth (58) is connected, a sailcloth that becomes so wind resistance-free (58) always holds fast. 12. Weather adhesive unit according to claims 1 to 11, characterized in that that a flat support ring (61), centrally on the underside of the individual wind rotor blades, has been welded and the support ring (61), which can thus also rotate, not only the wind rotor blades (16 ') locked, but also represents a race under the several arranged on a platform or on the ground, part of a building or on a vehicle Unroll the support rollers (62). 13. Weather power plant according to the claims that preceded it characterized in that said training of such a weather power plant can be used not only to convert energy in a stationary position, but also through the installation of known electricity, steam and hydrogen determined Drive motors and corresponding landing gears or hulls, even during the movement to a desired location, the drive energy also for the case of movement to produce. L e r s e i t e