Wind turbine apparatus

A wind turbine apparatus, comprising:

• a wind turbine structure to generate electric power from kinetic energy of natural wind comprising:
• a plurality of rotatable and integrally superimposed cylindrical compartments,
• wherein a plurality of vertical blades arranged in a circular manner forms a cylindrical compartment and each cylindrical compartment is defined by a lower disk structure at a first end of the cylindrical compartment, and an upper disk structure at a second end of the cylindrical compartment;
• and
• wherein the plurality of vertical blades pass through the upper and lower disk structures corresponding to each cylindrical compartment using a clipping mechanism;
• an enclosure structure to provide support and rigidity to the wind turbine structure comprising:
• a plate at one end of the enclosure structure;
• a closed hollow base portion at an other end of the enclosure structure;
• and
• a plurality of connecting columns to mechanically hold together the plate and the closed hollow base portion,
• wherein the wind turbine structure is placed within the enclosure structure;
• and
• a connecting shaft connects the wind turbine structure to the enclosure structure.

A method of manufacturing a wind turbine apparatus, the method comprising:

• providing a wind turbine structure to generate electric power from kinetic energy of natural wind comprising:
• positioning a plurality of rotatable integrally superimposed cylindrical compartments,
• wherein a plurality of vertical blades arranged in a circular manner forms a rotatable cylindrical compartment;
• and
• each rotatable cylindrical compartment is defined by a lower disk structure at a first end of the rotatable cylindrical compartment, and an upper disk structure at a second end of the rotatable cylindrical compartment;
• and
• fixing the plurality of vertical blades through the upper and lower disk structures corresponding to each cylindrical compartment using a clipping mechanism;
• providing an enclosure structure to provide support and rigidity to the wind turbine structure comprising:
• a plate at one end of the enclosure structure;
• a closed hollow base portion at the other end of the enclosure structure;
• and
• a plurality of connecting columns to mechanically hold together the plate and the closed hollow base portion,
• wherein the wind turbine structure is placed within the enclosure structure;
• and
• a connecting shaft connects the wind turbine structure to the enclosure structure.