Regenerative power supply system and method

1. A regenerative power supply method for supplying electric power to at least one of an electric load or an electric power distribution grid, of a building or facility, comprising:

coupling a dynamo-electric generator with an electric drive motor via a transmission device;

controlling a flow of electricity to the electric drive motor and to at least one of: the electric load or the electric power distribution grid, of the building or facility, using an electronic control device; and

controlling a flow of electricity between the electronic control device and an energy storage device using an energy storage management device such that the energy storage device meets on-site load demands or provides supplemental electricity to an electrical grid power source,

wherein the dynamo-electric generator, the electric drive motor, the transmission device, the electronic control device, the energy storage device the energy storage management device are comprised in a regenerative power supply system, and

wherein the transmission device comprises a first wheel coupled to the electric drive motor, a second wheel coupled to the dynamo-electric generator that is smaller than the first wheel and mechanical drive linkage coupling the first wheel and the second wheel such that the dynamo-electric generator rotates at an angular velocity greater than an angular velocity of the electric drive motor.

2. The regenerative power supply method of claim 1 , further comprising providing a distributed power source distinct from an electrical grid power source, wherein the distributed power source comprises a solar photovoltaic array configured to recharge the energy storage device.

3. The regenerative power supply method of claim 2 , further comprising:

converting direct current electricity stored in the energy storage device or generated by the distributed power source into alternating current with a first power inverter to meet on-site load demands or demand of the electric drive motor, or to provide supplemental electricity to the electrical grid power source.

4. The regenerative power supply method of claim 3 , further comprising:

converting direct current electricity produced by the dynamo-electric generator into alternating current with a second power inverter to recharge the energy storage device, meet on-site load demands of the regenerative power supply system or provide supplemental electricity to the electrical grid power source.

5. The regenerative power supply method of claim 1 , wherein the energy storage device comprises an electrical battery bank.

6. The regenerative power supply method of claim 1 , wherein the electronic control device comprises an alternating current transfer control switch and fused disconnect panel to control flow of alternating current electricity within the regenerative power supply system.

7. The regenerative power supply method of claim 6 , wherein the energy storage management device controls a flow of electricity between the electronic control device and the energy storage device.

8. A regenerative power supply method for supplying electric power to at least one of an electric load or an electric power distribution grid, of a building or facility, comprising:

coupling a dynamo-electric generator with an electric drive motor via a transmission device;

controlling a flow of electricity to the electric drive motor and to at least one of: the electric load or the electric power distribution grid, of the building or facility, using an electronic control device; and

controlling a flow of electricity between the electronic control device and an energy storage device using an energy storage management device such that the energy storage device meets on-site load demands or provides supplemental electricity to an electrical grid power source,

wherein the dynamo-electric generator, the electric drive motor, the transmission device, the electronic control device, the energy storage device the energy storage management device are comprised in a regenerative power supply system,

wherein the electronic control device comprises an alternating current transfer control switch and fused disconnect panel to control flow of alternating current electricity within the regenerative power supply system.

9. The regenerative power supply method of claim 8 , wherein the transmission device comprises a first wheel coupled to the electric drive motor, a second wheel coupled to the dynamo-electric generator that is smaller than the first wheel and mechanical drive linkage coupling the first wheel and the second wheel such that the dynamo-electric generator rotates at an angular velocity greater than an angular velocity of the electric drive motor.

10. The regenerative power supply method of claim 8 , further comprising providing a distributed power source distinct from an electrical grid power source, wherein the distributed power source comprises a solar photovoltaic array configured to recharge the energy storage device.

11. The regenerative power supply method of claim 2 , further comprising: converting direct current electricity stored in the energy storage device or generated by the distributed power source into alternating current with a first power inverter to meet on-site load demands or demand of the electric drive motor, or to provide supplemental electricity to the electrical grid power source.

12. The regenerative power supply method of claim 11 , further comprising: converting direct current electricity produced by the dynamo-electric generator into alternating current with a second power inverter to recharge the energy storage device, meet on-site load demands of the regenerative power supply system or provide supplemental electricity to the electrical grid power source.

13. The regenerative power supply method of claim 8 , wherein the energy storage device comprises an electrical battery bank.

14. The regenerative power supply method of claim 8 , wherein the energy storage management device controls a flow of electricity between the electronic control device and the energy storage device.