초록 ▼

The invention relates to a wind power facility with a vertical rotor for generating energy, wherein a three-blade rotor (5) operates according to the cross-flow principle. The outer admission surface construction (1) and the facility has the shape of a tower consisting of stories. The individual sto

The invention relates to a wind power facility with a vertical rotor for generating energy, wherein a three-blade rotor (5) operates according to the cross-flow principle. The outer admission surface construction (1) and the facility has the shape of a tower consisting of stories. The individual stories are separated by floors (7). Vertical and horizontal admission surface elements (12, 13) form compartments through which wind is fed to the blades (1, 2,3) of the rotor (5). The admission surface construction (11) and the blades (1, 2, 3) of the rotor have a specific constructional design and form an integral unit.

대표청구항 ▼

The invention relates to a wind power facility with a vertical rotor for generating energy, wherein a three-blade rotor (5) operates according to the cross-flow principle. The outer admission surface construction (1) and the facility has the shape of a tower consisting of stories. The individual sto

The invention relates to a wind power facility with a vertical rotor for generating energy, wherein a three-blade rotor (5) operates according to the cross-flow principle. The outer admission surface construction (1) and the facility has the shape of a tower consisting of stories. The individual stories are separated by floors (7). Vertical and horizontal admission surface elements (12, 13) form compartments through which wind is fed to the blades (1, 2,3) of the rotor (5). The admission surface construction (11) and the blades (1, 2, 3) of the rotor have a specific constructional design and form an integral unit. first final position, and that to the rotor blades (10, 14, 18) of the second group actuators (38, 42, 46) are allocated, which can be held in the second final position. 5. The rotor blade control device of claim 3, wherein the safety device is equipped with a pre-stressed element (56), which can be expanded parallel to the adjusting direction of the actuator, arranged between the two sub-assemblies of the actuator that can move in relation to one another and serves the purpose of bringing the sub-assemblies into a final position and holding them there. 6. The rotor blade control device of claim 5, wherein the prestressed element is a spring (56).