Wind wheel with blade elbow bend

A method of making a wind wheel including a main shaft, wind plant hub, and a plurality of blades, each blade of the plurlsity of blades having two parts, a short elbow part with axial and sleeve segments connected at an angle and a long wing-shaped part at a root shaft end connected to the sleeve segment with devices for securing and mounting bearings, main arm of force application being equal to a lever arm extending from an axis of the main shaft, to a junction of the blade with the hub in straight blades wind turbines F1, is amplified by attachment of the axial segment, which constitutes the moment of additional force F2, and imparts a greater aerodynamic effect F=F1+F2, where the sleeve segment is mounted to the axial at 10°-80° angle, opposite a direction of rotation of the wind wheel, while removable annular protuberances with bearings are inserted between double annular support rings on the sleeve segment, after which the cylindrical skeleton shaft of the wing-shaped blade is installed, the removable protuberances are tensioned to the shaft with bolts, while the end edge of the shaft is fixed to the root skeleton of the wing-shaped part of the blade using bolts.