BE893545A - WIND ENERGY PRODUCTION REGULATING WATER BRAKE WITH ADJUSTABLE ENERGY REDUCTION DRIVEN BY WIND TURBINE WITH ROTATED CURVES THAT WIND CONCENTRATES BY MID-POINT LUCING - Google Patents

Description

       

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concentrating wind by centrifugal air ejection.

  
Description.

  
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D: Stator like B.

  
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F: Iron discs, thick 5, diameter 400 and with holes of diameter

  
20 to 30 of circle circumference, central hole of 30 (for Axis H)

  
Gs Disk like F

  
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between the two cylinders and avoid possible overpressure (by heating) (extended top part), holder for pe pole in J

  
J: Fluid reserve: cylinder, diameter 400, height 1000.

  
K: water brake holder: diameter 400 inside and height 1000.

  
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clean the installation.

  
N: Supply tap: &#65533; 50 diameter, supplies liquid to K, also serves to

  
speed of level changes in K.

  
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the decrease in tam potential placed on K to harness the centrifugal force of Rotor C for propulsion of the liquid

  
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and level changes in K.

  
R: Shape of bent blades.

  
S: Rotation surface (plane described by the rotating blades &#65533;

  
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liquid passes through holes through F and possibly later through G. C

  
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When the wind supply is too high, the liquid rises above E and G which

  
(given the equivalence of C and E: same construction, same diameter and same speed) a doubling of the energy consumption

  
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wingtip speed: wind speed ends up. As a result, the water brake slows down, the level drops below E, the load on the wind turbine decreases, which starts up again faster, draws in more liquid, etc. With taps N and Q, a wind speed can be selected above which the energy decrease and the speed of rotation remain constant ", which can be used for the production of electricity with a fixed frequency (connected to drive shaft with belt)

  
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are perforated intrado which gives an increase in efficiency.

  
This system is further enhanced by a well-directed outflow slit at the tip itself, which allows for greater suction through the surface covered by the blades. The blades themselves are bent in the plane of rotation (30 [deg.] To 60 [deg.]), Which reduces the vibrations due to the passage of the blades behind the tower and the entire structure is much less tired. This bent shape is only applicable to windmills without a tail that have their own drift

  
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against the direction of rotation of the blades, according to the desired efficiency, starting torque or other desired objective (aeroelastic, acoustic, aesthetic, structural, price,).

  
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the conditions are strongly or less strongly thermally and acoustically insulated.

  
2 [deg.] All dimensions in mm.

  
3 [deg.] Rotor C and pump A become so

  
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5 [deg.] The sizing of the wind rotor must be arranged in such a way that a surplus, saved in a well thermally insulated receptacle, is produced

  
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bridge.

  
6 [deg.] The distances between B and C as well as between

  
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can be built in such a way that these distances are adjustable.

  
7 [deg.] Above C the level can rise unhindered, which produces a gradual increase in power, keeps above E

  
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8 [deg.] The lid of K also contains an axle bearing for H.

  
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steam are produced.

  
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turned into heat.

  
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the blades remain.

  
12 [deg.] The drawing and most of the measurements in the text may be considered as dimensionless since the actual size will depend on the energy requested and everything will be just a matter of dimensioning and proportioning.