Switch mechanisms that allow a single power cable to supply electrical power to two or more downhole electrical motors alternatively and methods associated therewith

1. A switch mechanism for inclusion in a downhole string located in a well bore formed in a surface, the switch mechanism comprising:

an electrical power input connected to an electric line;

at least two electrical power outputs; and

an actuator mechanism that is actuated remotely from the wellbore to selectively move between at least two positions to provide a selective electrical connection between the input and one of the outputs;

wherein 1) the actuator mechanism comprises a hydraulic fluid powered actuator mechanism actuated from the surface via a hydraulic line;

2) a first annular sealing device is included in the downhole string above the switch mechanism, the first annular sealing device comprising a penetrator and a separate feedthrough porting;

3) the hydraulic line extends from the surface downwardly through the feedthrough porting and downwardly to the actuator mechanism to supply the hydraulic fluid to the actuator mechanism and is provided separate to a production tubing that transports hydrocarbons from a bottom portion of the wellbore up to the surface;

4) wherein the electric line extends separately from the hydraulic line and downwardly from the surface through the penetrator and downwardly to the switch mechanism; and

5) each electrical power output connects to the power input of respective Electrically operated downhole Submersible Pumps (ESPs).

2. The switch mechanism of claim 1 , wherein the actuator is in one of said at least two positions to connect said input and one of said outputs.

3. The switch mechanism of claim 2 , wherein in a second of said at least two positions, the selective electrical connection is made between the input and a second one of said outputs.

4. The switch mechanism of claim 1 , wherein the actuator mechanism comprises a switch arm mechanism moveable between the at least two positions.

5. The switch mechanism of claim 1 , wherein the actuator mechanism is actuated from the surface of the well bore to selectively make an electrical connection.

6. The switch mechanism of claim 1 , wherein the downhole string comprises a production string and the switch mechanism is incorporated into the production string before it is run into the wellbore.

7. The switch mechanism of claim 1 , wherein the actuator mechanism comprises a hydraulic cylinder and piston arrangement, wherein fluid can be injected into or withdrawn from the hydraulic cylinder to move the piston between said at least two positions.

8. The switch mechanism of claim 1 , wherein a second annular sealing device is included in the downhole string and the switch mechanism is located below the second annular sealing device.

9. The switch mechanism of claim 1 , wherein the first annular sealing device is a wellhead.

10. A method of powering at least two electrically operated devices associated with or included in a string located downhole in a well bore via a single electrical cable, the method comprising:

providing a switch mechanism in a downhole string, the switch mechanism being supplied with electrical power from a surface of the well bore by the single electrical cable, the switch mechanism being further coupled to at least two downhole devices; and

remotely actuating the switch mechanism from the surface via a hydraulic line actuating a hydraulic fluid powered actuator mechanism to move between two or more positions, each position being associated with one of the downhole devices, such that electrical power is selectively supplied from the single electrical cable to the selected downhole device;

1) wherein a first annular sealing device is included in the downhole string above the switch mechanism, the first annular sealing device comprising a penetrator and a separate feedthrough porting;

2) wherein the hydraulic line extends from the surface downwardly through the feedthrough porting and downwardly to the actuator mechanism to supply the hydraulic fluid to the actuator mechanism and is provided separate to a production tubing used to transport hydrocarbons from a bottom portion of the wellbore up to the surface;

3) wherein the electric line extends separately from the hydraulic line and downwardly from the surface though the penetrator and downwardly to the switch mechanism; and

4) each electrical power output connects to the power input of respective Electrically operated downhole Submersible Pumps (ESPs).

11. The method of claim 10 , further comprising connecting the input with a first one of said outputs when the switch mechanism is in a first position.

12. The method of claim 10 , further comprising moving a switch arm mechanism between the at least two positions to operate the switch mechanism.

13. The method of claim 12 , further comprising actuating the switch mechanism from the surface of the well bore to selectively move the switch arm mechanism between the at least two positions.

14. The method of claim 10 , further comprising incorporating the switch mechanism into the downhole string before it is run into the well bore.

15. The switch mechanism of claim 1 , further comprising a second annular sealing device included in the downhole string between the switch mechanism and the first annular sealing device.

16. The switch mechanism of claim 15 , wherein the second annular sealing device is a packer.

17. A system for powering at least two Electrically operated downhole Submersible Pumps (ESPs) associated with or included in a string located downhole in a well bore formed in a surface, the system comprising:

a switch mechanism for inclusion in a downhole string located in a wellbore, and comprising an electrical power input connectable to an electric line; at least two electrical power outputs; and an actuator mechanism which is capable of being actuated remotely from the wellbore to selectively move between at least two positions to provide a selective electrical connection between the input and one of the outputs;

a single electrical supply to the switch mechanism;

an electrical supply from the at least two electrical power outputs of the switch to the at least two electrically operated downhole submersible pumps;

a first annular sealing device included in the downhole string above the switch mechanism, the first annular sealing device comprising a penetrator and a separate feedthrough porting; and

a remote actuator that activates the actuator mechanism to switch the selective electrical connection to one of said at least two ESPs;

wherein the remote actuator supplies fluid through a hydraulic line extending from the surface down though the feedthrough porting and downwardly to the actuator mechanism to activate the actuator mechanism; and

wherein the electric line extends separately from the hydraulic line and downwardly from the surface through the penetrator and downwardly to the switch mechanism.