Wind powered system for vehicles

A wind powered system, comprising:

• a plurality of wind tunnels;
• a plurality of rotary fans provided in each wind tunnel;
• a plurality of alternators connected to the plurality of rotary fans to generate electricity;
• a transformer connected to the plurality of alternators;
• electric components connected to the transformer;
• a battery connected to the transformer and the electric components;
• an external charge transformer to transform electric power supplied from an external source to have a voltage capable of charging the battery;
• and
• a switch between the transformer, the battery, and the external charge transformer,
• wherein the transformer is supplied with the electricity generated by the alternators and outputs electrical energy with a voltage to be supplied to at least one of the electric components and the battery,
• wherein the plurality of wind tunnels have a plurality of intake inlets which are separated and apart from each other and a single outlet shared by the plurality of wind tunnels;
• wherein the transformer is operated in any of modes including a first mode to supply the electrical energy to the battery for charging the battery and a second mode to supply the electrical energy to the electric components for operation;
• and
• wherein the switch makes connection between the battery and the transformer or connection between the battery and the external charge transformer.

A wind powered system, comprising:

• a plurality of wind tunnels;
• a plurality of rotary fans provided in each wind tunnel;
• a plurality of alternators connected to the plurality of rotary fans to generate electricity;
• a transformer connected to the plurality of alternators;
• electric components connected to the transformer;
• and
• a battery connected to the transformer and the electric components,
• wherein the transformer is supplied with the electricity generated by the alternators and outputs electrical energy with a voltage to be supplied to at least one of the electric components and the battery,
• wherein the plurality of wind tunnels have a plurality of intake inlets which are separated and apart from each other and a single outlet shared by the plurality of wind tunnels;
• and
• wherein:
• at least one of the wind tunnels is configured to include a first wind tunnel portion and a second wind tunnel portion;
• the rotary fan mounted in the at least one of the wind tunnels includes a plurality of blades;
• as a vehicle moves, wind flows in the first wind tunnel portion in a direction from a front end to a rear end of the first wind tunnel portion;
• and
• an additional fan is provided in the second wind tunnel portion, and the additional fan rotates and generates wind which flows in a direction toward the rotary fan, pushing any of the blades when disposed in the second wind tunnel portion.

A wind powered system, comprising:

• a plurality of wind tunnels;
• a plurality of rotary fans provided in each wind tunnel;
• a plurality of alternators connected to the plurality of rotary fans to generate electricity;
• a transformer connected to the plurality of alternators;
• electric components connected to the transformer;
• a battery connected to the transformer and the electric components;
• and
• a second transformer between the transformer and the battery, wherein the second transformer transforms electrical energy supplied from the transformer or the battery and outputs a voltage supplied to the electrical components to operate the electrical components;
• wherein the transformer is supplied with the electricity generated by the alternators and outputs electrical energy with a voltage to be supplied to at least one of the electric components and the battery, and
• wherein the plurality of wind tunnels have a plurality of intake inlets which are separated and apart from each other and a single outlet shared by the plurality of wind tunnels.

A wind powered system, comprising:

• a plurality of wind tunnels;
• a plurality of rotary fans provided in each wind tunnel;
• a plurality of alternators connected to the plurality of rotary fans to generate electricity;
• a transformer connected to the plurality of alternators;
• electric components connected to the transformer;
• a battery connected to the transformer and the electric components;
• a pushing fan provided in at least one of the plurality of wind tunnels at a position adjacent to an outlet of the at least one of the plurality of wind tunnels, wherein as the pushing fan is rotated, the pushing fan generates wind which blows in a direction toward a rotary fan disposed in said at least one of the plurality of wind tunnels;
• and
• a motor connected to the pushing fan.