Apparatus, system, and method for providing power

A method for providing power, comprising:

• providing a charge controller coupled to an inverter;
• providing a relay control subsystem coupled to the inverter;
• providing a first input for coupling a first power source to the charge controller and enable the charge controller to receive a first amount of power from the first power source via the first input, and adapt the received first amount of power for storage in a power storage subsystem;
• providing a second input for coupling a second power source to the inverter and thereby enable the inverter to receive a second amount of power from the second power source via the second input, and adapt the received second amount of power for storage in the power storage subsystem;
• providing a third input for coupling the power storage subsystem to the inverter and thereby enable the inverter to receive a third amount of power from the power storage subsystem, and convert the received third amount of power into alternating current (AC) power;
• providing a first output for coupling the power storage subsystem to the charge controller and inverter, thereby enabling the charge controller to charge the power storage subsystem with the adapted received first amount of power, and/or the inverter to charge the power storage subsystem with the adapted received second amount of power;
• providing a second output coupled to the inverter, wherein the inverter transmits the AC power to the second output and
• providing a housing supporting the charge controller, inverter, relay control subsystem, first input, second input, third input, first output, and second output.

A system for providing power, comprising:

• a first power source, and a second power source;
• a power storage sub-system;
• and
• an apparatus for providing power to a load from at least one of the first power source, second power source, and power storage sub-system, the apparatus comprising:
• a charge controller coupled to an inverter;
• a relay control subsystem coupled to the inverter;
• a first input for coupling the first power source to the charge controller and thereby enable the charge controller to receive a first amount of power from the first power source via the first input, and adapt the received first amount of power for storage in the power storage subsystem;
• a second input for coupling the second power source to the inverter and thereby enable the inverter to receive a second amount of power from the second power source via the second input, and adapt the received second amount of power for storage in the power storage subsystem;
• a third input for coupling the power storage subsystem to the inverter and thereby enable the inverter to receive a third amount of power from the power storage subsystem, and convert the received third amount of power into alternating current (AC) power;
• a first output for coupling the power storage subsystem to the charge controller and inverter, thereby enabling the charge controller to charge the power storage subsystem with the adapted received first amount of power, and/or the inverter to charge the power storage subsystem with the adapted second amount of power;
• a second output coupled to the inverter, wherein the inverter transmits the AC power to the second output for providing power to the load;
• and
• a housing supporting the charge controller, inverter, relay control subsystem, first input, second input, third input, first output, and second output.