System for controlling assets via smart power switching devices

1. A system for controlling assets via smart power switching devices, comprising:

A) at least one beacon; and

B) at least one switch comprising a waterproof sealed housing, a rotating knob, a shaft, and a set of interchangeable inserts, said waterproof sealed housing houses linear and angular position sensors, a wireless microcontroller, at least one field effect transistor, a signal sensor, a current sensor, and an illuminative indicator.

2. The system for controlling assets via smart power switching devices set forth in claim 1 , further characterized in that said at least one beacon comprises a low energy chipset, a flash data storage, a microprocessor, a current sensor, a bus communication network, a satellite transceiver, an Ethernet transceiver, and a wireless chipset.

3. The system for controlling assets via smart power switching devices set forth in claim 1 , further characterized in that said at least one beacon comprises a satellite antenna, a mobile cellular wireless antenna, and a Global Positioning System antenna.

4. The system for controlling assets via smart power switching devices set forth in claim 1 , further characterized in that said at least one switch is a power-controlling device programmed to control a plurality of assets.

5. The system for controlling assets via smart power switching devices set forth in claim 1 , further characterized in that said at least one switch and said at least one beacon connect through a wireless mesh network.

6. The system for controlling assets via smart power switching devices set forth in claim 1 , further characterized in that said at least one switch and said at least one beacon each communicate via wireless communication.

7. A system for controlling assets via smart power switching devices comprising:

A) at least one switch comprising a waterproof sealed housing, a rotating knob, a shaft, and a set of interchangeable inserts, said waterproof sealed housing houses linear and angular position sensors, a wireless microcontroller, at least one field effect transistor, a signal sensor, a current sensor, and an illuminative indicator; and

B) at least one battery selector.

8. The system for controlling assets via smart power switching devices set forth in claim 7 , further characterized in that said at least one switch is a power-controlling device programmed to control a plurality of assets.

9. The system for controlling assets via smart power switching devices set forth in claim 7 , further characterized in that said at least one battery selector comprises a knob, a core assembly, and a housing, said core assembly comprises an angular position sensor, one or more bidirectional motors, a bi-directional motor controller, a wireless enabled microcontroller, a current sensor, a voltage sensor, and a wireless microcontroller.

10. The system for controlling assets via smart power switching devices set forth in claim 9 , further characterized in that said core assembly is mounted into said housing, whereby electrical terminal studs connect with corresponding internal contacts of said housing, and said housing is sealed upon assembly.

11. The system for controlling assets via smart power switching devices set forth in claim 7 , further characterized in that said at least one switch and said at least one battery selector connect through a wireless mesh network.

12. The system for controlling assets via smart power switching devices set forth in claim 7 , further characterized in that said at least one switch and said at least one battery selector each communicate via wireless communication.

13. A system for controlling assets via smart power switching devices comprising:

A) at least one beacon;

B) at least one switch comprising a housing, a rotating knob, a shaft, and a set of interchangeable inserts, said waterproof sealed housing houses linear and angular position sensors, a wireless microcontroller, at least one field effect transistor, a signal sensor, a current sensor, and an illuminative indicator; and

C) at least one battery selector.

14. The system for controlling assets via smart power switching devices set forth in claim 13 , further characterized in that said at least one beacon comprises a low energy chipset, a flash data storage, a microprocessor, a current sensor, a bus communication network, a satellite transceiver, an Ethernet transceiver, a wireless chipset, a satellite antenna, a mobile cellular wireless antenna, and a Global Positioning System antenna.

15. The system for controlling assets via smart power switching devices set forth in claim 13 , further characterized in that said at least one battery selector comprises a knob, a core assembly, and a housing, said core assembly comprises an angular position sensor, one or more bidirectional motors, a bi-directional motor controller, a wireless enabled microcontroller, a current sensor, a voltage sensor, and a wireless microcontroller.

16. The system for controlling assets via smart power switching devices set forth in claim 15 , further characterized in that said core assembly is mounted into said housing, whereby electrical terminal studs connect with corresponding internal contacts of said housing, and said housing is sealed upon assembly.

17. The system for controlling assets via smart power switching devices set forth in claim 13 , further characterized in that said at least one switch is a power-controlling device programmed to control a plurality of assets.

18. The system for controlling assets via smart power switching devices set forth in claim 13 , further characterized in that said at least one beacon, said at least one switch, and said at least one battery selector connect through a wireless mesh network.

19. The system for controlling assets via smart power switching devices set forth in claim 13 , further characterized in that said at least one beacon, said at least one switch, and said at least one battery selector each communicate via wireless communication.