Wind energy based 12-volt charging system for electric vehicles

1 . A charging system for recharging an electric vehicle's 12-Volt circuits, the charging system comprising:

a regenerative charging system having a wind capturing device;

wherein said wind capturing device uses wind power for generating 12-Volt electricity used for the recharging of a 12-Volt battery and 12-Volt circuits of an electric vehicle (EV);

wherein said wind capturing device is mounted to the electric vehicle for capturing movement of air therethrough while the electric vehicle is moving at a predetermined speed;

wherein said wind capturing device having a cylindrical longitudinal fan including a plurality of blades extending radially outwards from an outer surface of a hollow body;

wherein each of said plurality of blades is convex in curvature and having a length substantially equal to a length of said longitudinal fan;

a continuous generator winding positioned inside said hollow body and attached to an inner surface of said longitudinal fan;

wherein said longitudinal fan having an inner central core including an armature positioned inside said hollow body of said longitudinal fan;

wherein said armature extends continuously between opposing ends of said longitudinal fan;

wherein said blades and said generator winding rotate around said armature when the EV is in motion to generate electricity current;

wherein said regenerative charging system is connected to the 12-Volt battery of the electric vehicle with an internal circuit to supply the 12-Volt battery said electricity current; and

further wherein said electricity current recharges the 12-Volt circuits of the electric vehicle.

2 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 1 , wherein said 12-Volt circuits include components selected from the group consisting of an ECU, an infotainment system, a power door lock, a power window, an HVAC fan, and an airbag.

3 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 2 , wherein said hollow body and said blades include a material of aluminum.

4 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 3 , wherein said armature includes a first diameter at a first end and a second diameter at a second end; and further wherein said first diameter is less than said second diameter.

5 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 4 , wherein said armature having copper wire windings wrapped around said armature for altering a magnetic field in a path of the rotation.

6 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 5 , wherein said armature having laminated steel sheets for decreasing magnetic losses.

7 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 6 , wherein said armature having a commutator to relay said electricity current to said copper wire windings through a plurality of brushes of a DC motor.

8 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 7 , wherein said plurality of brushes including a material selected from a group consisting of a carbon and a graphite.

9 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 7 , wherein said plurality of brushes making sliding contact over said commutator during rotation of said longitudinal fan.

10 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 9 , wherein said regenerative charging system is installed on a front section of the electric vehicle; and further wherein said longitudinal fan rotates in an opposite direction of a motion of the electric vehicle.

11 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 9 , wherein said regenerative charging system is installed on a rear section of the electric vehicle; and further wherein said longitudinal fan rotates in an opposite direction of a motion of the electric vehicle.

12 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 9 , wherein said regenerative charging system is installed within a front grill of the electric vehicle; and further wherein said longitudinal fan rotates in an opposite direction of a motion of the electric vehicle.

13 . A charging system for recharging an electric vehicle's 12-Volt circuits, the charging system comprising:

a regenerative charging system having a wind capturing device;

wherein said wind capturing device uses wind power for generating 12-Volt electricity used for the recharging of 12-Volt circuits of an electric vehicle (EV);

wherein said wind capturing device is mounted to the electric vehicle for capturing movement of air therethrough while the electric vehicle is moving at a predetermined speed;

wherein said wind capturing device having a cylindrical longitudinal fan including a plurality of blades extending radially outwards from an outer surface of a hollow body;

wherein each of said plurality of blades is convex in curvature and having a length substantially equal to a length of said longitudinal fan;

a continuous generator winding positioned inside said hollow body and attached to an inner surface of said longitudinal fan;

wherein said longitudinal fan having an inner central core including an armature positioned inside said hollow body of said longitudinal fan;

wherein said armature extends continuously between opposing ends of said longitudinal fan;

wherein said blades and said generator winding rotate around said armature when the EV is in motion to generate electricity current;

wherein said regenerative charging system is connected to the 12-Volt circuits of the electric vehicle with an internal circuit to supply the 12-Volt circuits said electricity current; and

further wherein said predetermined speed is at least 10 KM/HR.

14 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said 12-Volt circuits include components selected from the group consisting of an ECU, an infotainment system, a power door lock, a power window, an HVAC fan, and an airbag.

15 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said armature includes a first diameter at a first end and a second diameter at a second end, and further wherein said first diameter is less than said second diameter.

16 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said armature having copper wire windings wrapped around said armature for altering a magnetic field in a path of the rotation.

17 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said armature having a commutator to relay said electricity current to copper wire windings through a plurality of brushes of a DC motor.

18 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said regenerative charging system is installed on a front section or a rear section of the electric vehicle, and further wherein said longitudinal fan rotates in an opposite direction of a motion of the electric vehicle.

19 . The charging system for recharging an electric vehicle's 12-Volt circuits of claim 13 , wherein said regenerative charging system is installed within a front grill of the electric vehicle, and further wherein said longitudinal fan rotates in an opposite direction of a motion of the electric vehicle.

20 . A charging system for recharging an electric vehicle's 12-Volt circuits, the charging system comprising:

a regenerative charging system having a wind capturing device;

wherein said wind capturing device uses wind power for generating 12-Volt electricity used for the recharging of 12-Volt circuits of an electric vehicle (EV);

wherein said wind capturing device is mounted to the electric vehicle for capturing movement of air therethrough;

wherein said wind capturing device having a cylindrical longitudinal fan including a plurality of blades extending radially outwards from an outer surface of a hollow body;

wherein each of said plurality of blades is convex in curvature and having a length substantially equal to a length of said longitudinal fan;

a continuous generator winding positioned inside said hollow body and attached to an inner surface of said longitudinal fan;

wherein said longitudinal fan having an inner central core including an armature positioned inside said hollow body of said longitudinal fan;

wherein said armature extends continuously between opposing ends of said longitudinal fan;

wherein said blades and said generator winding rotate around said armature when the movement of air rotates said generator winding to generate electricity current;

wherein said regenerative charging system is connected to the 12-Volt circuits of the electric vehicle with an internal circuit to supply the 12-Volt circuits said electricity current;

wherein said 12-Volt circuits include components selected from the group consisting of an ECU, an infotainment system, a power door lock, a power window, an HVAC fan, and an airbag;

wherein said armature having copper wire windings wrapped around said armature for altering a magnetic field in a path of the rotation; and

further wherein said armature having a commutator to relay said electricity current to said copper wire windings through a plurality of brushes.