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System and method for intelligent static transfer switch with smart home power management

  • US 10,312,684 B2
  • Filed: 04/07/2016
  • Issued: 06/04/2019
  • Est. Priority Date: 11/18/2015
  • Status: Active Grant
First Claim
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1. A system for automatic management of supply and distribution of electric power, the system comprising:

  • a main transfer switch unit connected to a plurality of energy resources via a corresponding plurality of switches, and configured to control input power received from the plurality of energy resources, and to supply power to a load management switches unit according to a first plurality of control signals;

    the load management switches unit, receiving power from the main transfer switch unit, and configured to control supply of power to a plurality of loads according to a second plurality of control signals; and

    a monitoring and power management unit communicating with the main transfer switch unit and the load management switches unit,wherein the monitoring and power management unit monitors load information and system information signals received from the load management switches unit and from the main transfer switch unit, and accordingly provides control signals for the main transfer switch unit and the second plurality of control signals for the load management switches unit in such a way that the electric power is seamlessly supplied to the main transfer switch unit and the plurality of loads;

    wherein the main transfer switch unit is configured to couple to a power utility and to at least one energy resource selected from a backup generator, a battery, and an alternative energy source, with an EXOR logic mode and with OR logic mode;

    wherein, in EXOR logic mode, the main transfer switch unit is configured to transfer power from the power utility to the at least one energy resource when there is a power outage in the power utility; and

    wherein, in OR logic mode, the main transfer switch unit is configured to transfer power to the plurality of loads from both the power utility and the at least one energy resource for reducing a cost of power consumption from the power utility.

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