A methods of configuring a portion of a vehicle body or a fairing body to shield, house, carry and use at least one vertical axis wind turbine to generate electric energy from the vehicle's forward movement comprising:
- the at least one vertical axis wind turbine including a shaft that extends in the vertical direction and a plurality of blades coupled to the shaft;
- and wherein the vertical axis wind turbines have a blade section on top and a generator section on the bottom or a blade section in the middle and generator section on both sides or end;
- and wherein a body surface in front of an opening or cutout on the vehicle body surfaces or on the fairing body surfaces, the opening or cutout with a half shield, a shield, the vehicle body itself or the fairing body itself are all forms of a shields that are able to be positioned upstream or in front of the at least one vertical axis wind turbines, including a height greater than or equal to a height of the blade section;
- and wherein, when the vertical axis wind turbines are deployed, the body surface in front of the opening or the cutout on the vehicle body surfaces or on the fairing body surfaces, the opening or cutout with the half shield, the shield, the vehicle body itself or the fairing body itself shields all of the vertical axis wind turbine from the wind except a single blade open facing the wind to be outside, on the side or above the vehicle or the fairing body surfaces and exposed to the wind to spin the vertical axis wind turbine to generate electric energy from the vehicle's forward movement, wherein the vertical axis wind turbines are mounted to the vehicles or fairings body on the horizontal or the vertical plane;
- and wherein the vertical axis wind turbines are mounted, deployed and retracted to the vehicles or the fairings body in the following ways;
- a. the vertical axis wind turbines are mounted, deployed and retracted with the opening or cutout method on the vehicle or the fairing body, the configured body section and the opening or cutout allow a single blade of the vertical axis wind turbine blade section open facing the wind to be deployed outside and on the sides or above the surfaces of the vehicle or the fairing body through side surfaces, vertical surfaces running in the front to the back direction or horizontal surfaces opening or cutout on the vehicle or the fairing body for the blades to spin through or in and out of the opening or cutout as the wind pushes against the blades to spin the vertical axis wind turbine to generate energy, and the vehicle or the fairing body allow the whole vertical axis wind turbine system to be retracted inside the vehicle or the fairing body for housing, and wherein the shield is defined by the vehicle or the fairing body surfaces in front of the opening or the cutout;
- b. the vertical axis wind turbines are mounted, deployed and retracted with the opening or cutout and the half shield method, the half shield is positioned in front of both the openings or the cutouts and a portion of the vertical axis wind turbines blade section, the configured body section with the opening or cutout and the half shield allow the half shield with the portion of the vertical axis wind turbine blade section to be deployed outside and on the side or above the surface of the vehicle body through the side, the vertical or the horizontal surface openings or cutouts on the vehicle body to spin through or in and out of the opening or cutout as the wind pushes against the blades to spin the vertical axis wind turbines to generate energy, wherein the half shield forms an acute angle with the vehicle body surfaces, shielding all of the exposed portion of the blade section from the wind except the single blade open facing the wind, and the vehicle body allow the whole vertical axis wind turbine system to be retracted inside the vehicle body, and allow the half shield to close to the vehicle body surface level for housing;
- c. the vertical axis wind turbines are mounted, deployed and retracted with the shield method, the shield is positioned in front of the vertical orientated vertical axis wind turbine blade section, the configured body section allow the vertical axis wind turbines blade section with the shield to be deployed outside and above the surface of the vehicle body through the surface opening or cutout and the shield height equal to or greater than the blade section height, shielding all of the blade section from the wind except the single blade open facing the wind to be exposed to the wind to spin the vertical axis wind turbine to generate energy, and wherein the shield is approximately symmetric and the center of the shield is misaligned with the center of the vertical axis wind turbine horizontal by approximately one-fourth the diameter of the vertical axis wind turbine blade section, and wherein the vehicle body allow the whole vertical axis wind turbines and the shields to be retracted inside the vehicle body for housing, wherein the vertical axis wind turbine with the shield are able to be mounted to the vehicle body on the vertical or the horizontal plane;
- d. the vertical axis wind turbines are mounted, deployed and retracted behind the vehicle body method, behind the fairing body method or behind a fairing with a u-shape grooves or channels method on the vertical plane, the vehicle body, the fairing body or the fairing with the u-shape grooves or channels are configured to shield all of the vertical axis wind turbine from the wind except the single blade open facing the wind to be on the side of the vehicle body or vertical surfaces running in the front to the back direction, the fairing body or vertical surfaces running in the front to the back direction, or to be on the sides of the walls of the u-shape grooves or channels and aligned with the u-shape grooves or channels, and exposed to the wind passing on the sides or vertical surfaces running in the front to the back direction of the vehicle or the fairing body, or between the u-shape grooves or channels walls, to spin the vertical axis wind turbines behind the vehicle body, the fairing body or the fairing with the u-shape grooves or channels to generate energy, and wherein the shield is defined by the vehicle body sides or vertical surfaces running in the front to the back direction, the fairing body sides or vertical surfaces running in the front to the back direction, or the fairing with the u-shape grooves or channels walls surfaces, and wherein the vehicle body, the fairing body or fairing with the u-shape grooves or channels allows the whole vertical axis wind turbines to be retracted behind the vehicle body or vertical surfaces running in the side to the side direction, the fairing body or vertical surfaces running in the side to the side direction, or to be retracted behind and aligned with u-shape grooves or channels lands for housing;
- or mounted on the horizontal plane, wherein the vehicle body, the fairing body or the fairing with the u-shape grooves or channels shield all of the vertical axis wind turbine from the wind except the single blade open facing the wind to be deployed above the horizontal surfaces of the vehicle body, the fairing body or a base surfaces of the fairing with the u-shape grooves or channels, and exposed to the wind passing above the vehicle body, the fairing body or between the u-shape grooves or channels walls, to spin the vertical axis wind turbines behind the vehicle body, the fairing body or the fairing with the u-shape grooves or channels to generate energy, and wherein the shield is defined by the vehicle body horizontal surfaces, the fairing body horizontal surfaces or the fairing with the u-shape grooves or channels base surfaces, and wherein the vehicle body, the fairing body or fairing with the u-shape grooves or channels allows the whole vertical axis wind turbines to be retracted below the horizontal surface level of the vehicle body, the fairing body or below the base surfaces of the u-shape grooves or channels for housing;
- and wherein the vertical axis wind turbines with the opening or cutout, with the opening or cutout and the half shield, with the shield or with the behind method are mounted to the vehicle or the fairing body, to be housed inside or behind the vehicle or the fairing body and to be deployed from the housing position to the deployed positions in front of, on the sides of or above the vehicle or the fairing body surfaces;
- and wherein, when the vertical axis wind turbines with the opening or cutouts method are deployed from inside the vehicle body, the fairing body or the fairing with u-shape grooves or channels, to the deployed position above the vehicle body, the fairing body or the fairing with u-shape grooves or channels base surfaces through the horizontal surface openings or cutouts, the single blade open facing the wind blades are above the horizontal or the base surfaces and exposed to the wind and the vertical axis wind turbines are mounted to the vehicle body, the fairing body or fairing with u-shape grooves or channels on the horizontal plane and the shield is defined by the vehicle body, the fairing body or the fairing with grooves or channels horizontal or base surfaces in front of the openings or cutouts;
- and wherein, when the vertical axis wind turbines with the opening or cutout method are deployed from inside the vehicle body, the fairing body or the fairing with u-shape grooves or channels to the deployed position on the sides and the vertical surfaces running in the front to the back direction of the vehicle or fairing's body or on the side walls of the u-shape grooves or channels through the side or the vertical surfaces opening or cutout on the vehicle or the fairing body sides or vertical surfaces, or the side walls of the u-shape grooves or channels, the single blade open facing the wind are outside and on the sides of the side surfaces or the vertical surfaces of the vehicle or the fairing body, or the side walls surfaces of the u-shape grooves or channels and exposed to the wind, wherein the vertical axis wind turbines are mounted on vertical plane and the shield is defined by the vehicle or the fairing body side surfaces or vertical surfaces running in the front to the back direction, a n-shape bump sides surfaces, an Inverted symmetry unimodal n-shape bump side surfaces, a symmetric unimodal u-shape inner walls surfaces or a u-shape grooves or channels side walls surfaces in front of the openings or the cutouts;
- and wherein, when the vertical axis wind turbines with the opening or cutout and the half shield method are deployed from inside the vehicle body, to the deployed position on the sides or the vertical surfaces running in the front to the back direction of the vehicle body through the side or the vertical surface opening or cutout on the vehicle body side or vertical surfaces, a portion of the blades section are outside and on the sides or the vertical surfaces of the vehicle body and exposed to the wind, wherein the vertical axis wind turbines are mounted on vertical plane and the shield is defined by the half shields making an acute angle with the vehicle body sides or vertical surfaces or with the n-shape bump side surfaces, and wherein the same setup is able to happen in the horizontal plane;
- and wherein, when the vertical axis wind turbines and the shields method are deployed, from inside the vehicle body, to the deployed position above the vehicle body surfaces through the horizontal surface openings or cutouts, the blade section and the shields height greater than or equal to the height of the blade section are outside, above and exposed to the wind and the vertical axis wind turbines are mounted to the vehicle body on the vertical plane, and wherein the same setup is able to happen in the horizontal plane;
- and wherein, when deployed from inside the vehicle body to the deployed position in front of the vehicle body through a front opening or cutout on the vehicle body, the vertical axis wind turbines with the shields method in front are on a tray system and are all in front of the vehicle body and the vertical axis wind turbines are mounted on vertical plane;
- and wherein when the vertical axis wind turbines are mounted to the vehicle body with the openings or cutouts method and the opening or cutout are on the vehicle or the fairing body vertical surfaces, the vertical axis wind turbines are mounted to vehicle or the fairing body on the vertical plane, except when the shield is positioned in front of the vertical axis wind turbine, in that case the vertical axis wind turbines and the shield are mounted on the plane perpendicular to the surface opening or cutout plane;
- and wherein when the vertical axis wind turbines are mounted to the vehicle body with the openings or cutouts method and the opening or cutout are on the vehicle or the fairing body horizontal surfaces, the vertical axis wind turbines are mounted to vehicle or the fairing body on the horizontal plane, except when the shield is positioned in front of the vertical axis wind turbine, in that case the vertical axis wind turbines and the shield are mounted on the plane perpendicular to the surface opening or cutout plane;
- and wherein the openings or the cutouts are adaptable to be openable and closable openings or cutouts;
- and wherein the openings or cutouts are large enough to allow the blades to spin through or in and out of the openings or the cutouts as the wind pushes against the single blade open facing the wind to spin the vertical axis wind turbines, when the vertical axis wind turbines are deployed;
- and wherein the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method or with the behind method are able nonretractable or deployable and retractable mounted to vehicle body or the fairing body;
- and wherein when nonretractable, the vertical axis wind turbines with the opening or cutouts method, with the opening or cutout and the half shield method, with the shield method or with the behind method stay fixed at the various deployed positions, whether the vertical axis wind turbines are generating energy or not;
- and wherein when deployable and retractable the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method or with the behind method are deployed to the various deployed positions and retracted back to the housing positions by an operator or a driver pushing a button or flip a switch;
- and wherein when deployable and retractable the vertical axis wind turbines are completely housed inside the vehicle body, the fairing body, the n-shape bump, the Inverted symmetry unimodal n-shape bump, the symmetric unimodal u-shape inner walls or inside the u-shape grooves or channels land walls, or completely houses behind the vehicle or the fairing body, when retracted;
- and wherein a portion of the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method or with the behind method remains inside and below or behind the surface level of the vehicle or the fairing's body at all times, whether the vertical axis wind turbines are deployed or not;
- and wherein the openable and closable openings or cutouts covers are open and closed by a motor;
- and wherein the vertical axis wind turbine with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method, with the behind method, with the shield method on a movable or rotatable portion or base, or with the shield method on a tray system are deployed to the various deployed positions and retracted back to the housing positions by a motor;
- and wherein the operator or the driver pushes the button or flips the switch, that sends a signal to a custom programmed computer control box that delays the deployment of the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method, with the behind method, with the shield method on the movable or rotatable portion or base, or with the shield method on a tray system motor, when the vertical axis wind turbines systems are being deployed to the deployed positions to generate energy, wherein the custom programmed computer control box delays the retraction or the close of the openable and closable openings or cutouts covers motor, when the vertical axis wind turbines systems are being retracted to the housing positions, or the operator or the driver pushes two separate buttons or flips two separate switches, one to open the openings or the cutouts covers and another button to deploy the vertical axis wind turbines systems to the deployed positions a first time, and a second time to retract the systems back to the close and the housing position;
- and wherein when the operator or the driver push the button, the motor gear is connected to a pivot gear, a sliding rod with a tooth or a chain that are directly connected or indirectly connected to the vertical axis wind turbine systems through a connecting rods or the motor gear is connected to a sliding rod with teeth that is connected to a lifting box that is next to the vertical axis wind turbine systems, the pivot gear, the sliding rod with a tooth, the chain or the lifting box move the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method, with the behind method, with the shield method on the movable or rotatable portion or base or with the shield method on the tray system individually or interconnectedly to the deploy positions and back to the housing positions;
- and wherein the openable and closable openings or cutouts covers, and the vertical axis wind turbines with the opening or cutout method, with the opening or cutout and the half shield method, with the shield method, with the behind method, with the shield method on a movable or rotatable portion or base or with the shield method on the tray system are locked at the housings positions or the deployed positions until the operator or the driver pushes the button, flip the switch again or until the operator or the driver next input received by the control box;
- and wherein the vehicle body and the fairing body configuration types to shield, house, carry and use more the vertical axis wind turbine systems with the various mounting, nonretractable or deployable and retraction methods are, the movable or rotatable portion or base, a contour curve sides, the n-shape bump, an extended or elongated single or multiple level stairs front vehicle, the fairing's, an even side or vertical surface openings or cutouts, a lowered or depressed areas, a normal, non extended or non elongated single or multiple level stairs front vehicle, the tray push out in front system, the Inverted symmetry unimodal n-shape bump, the u-shape grooves or channels, the horizontal surface openings or cutouts, a set of n-shape bumps, a behind the cabin system and a mixture of the methods and the configurations on a vehicle;
- and wherein some of the vertical axis wind turbines that are used are;
- a compressed vertically orientated vertical axis wind turbine system having a blade section on the top and a generator section on the bottom;
- a double stack permanent magnet on a single rotor to make a double generator vertical orientated vertical axis wind turbine system;
- a horizontal orientated or lying vertical axis wind turbine system with a blade section in the middle and a generator section on both sides or ends;
- and wherein the electric energy generated by the vertical axis wind turbines from the vehicle forward movement is used to power the vehicle or its components directly indirectly, or the electric energy is stored for future use.