FIELD: power industry.
SUBSTANCE: aerostat-bound wind turbine comprising an aeronautic module of positive buoyancy from even number of gas-filled cylinders laid across the arch on a bridge truss, wind-power unit each provided with a nacelle in a planetary multiplier and generator, and also with a radial-blade rotor which axis of rotation coincides with the direction of wind, cable and cable-rope communication with ground quay unit, cable-rope coil and programmed-controlled winches are located on turning platform of unit. Cable-cable is fixed in the middle of horizontal beam of arch bridge truss connected to fastening ropes of tied ropes; cable-rope coil of the mooring assembly is equipped with its mechanical drive controlled by software; wind-power units are suspended to arch bridge truss below its horizontal beam and mirrored relative to axis of module symmetry, all their rotors are transferred to the underwind side of the truss, but the rotors located away from the axis have counter-rotation.
EFFECT: increase spatial orientation stability of wind power blocks and minimise aerodynamic interference.
2 cl, 3 dwg
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Authors
Dates
2017-12-21—Published
2017-01-10—Filed