Granted Patent B2

US 12,443,544 · App. 18/530,309 · Granted Oct 14, 2025

Inventor: Dominic Luciano (Wickenburg, AZ)

G06F13/12G06F13/385H02J3/144

Abstract

Claims (53)

1. A system for controlling existing household appliances and reducing energy consumption and demand through load control and demand management, comprising:

a plurality of modules:

wherein said plurality of modules are each adapted to be individually and releasably connected to a respective existing appliance in a household, such that information and data about a user's power usage and energy demand of each individual existing appliance can be determined; and

wherein said plurality of modules are adapted to use WiFi networks and/or dedicated communication servers over the internet to communicate with one another in order to analyze said information and data and provide the capability to manage said user's power usage; and

wherein each of said plurality of modules include:

a triode for alternating current block including:

a primary triode for alternating current;

a plurality of terminal pads for connecting appliances thereto;

an AC-to-DC voltage converter;

a current sensor attached between said terminal pad and said primary triode for alternating current; and

a triode for alternating current semiconductor;

wherein said triode for alternating current block is adapted to track the power state, energy consumption, and overall power demand of said appliances.

2. The system of claim 1 , wherein each of said plurality of modules further includes:

a power block;

a plurality of optotriacs; and

a microcontroller adapted to provide control of said primary triode for alternating current, as well as cutoff control of any attached thermostat control lines, through said plurality of optotriacs.

3. The system of claim 2 , wherein each of said plurality of modules further includes:

a USB-to-Serial adapter;

wherein said USB-to-Serial adapter is connected to said triode for alternating current block and is adapted to allow direct programming of said module.

4. The system of claim 1 , further comprising:

a central control unit;

wherein said central control unit is adapted to manage control of said system and download software to each of said plurality of modules; and

wherein said central control unit is adapted to display statuses of said plurality of modules along with performance data of said system and the efficiency of energy usage and demand management of said household.

5. The system of claim 4 , wherein said central control unit is chosen from a list of central control units consisting of an application, a website, a laptop, a PC, and a smartphone.

6. A method for controlling existing appliances within a household and reducing energy consumption through load control and demand management, comprising the steps of:

providing a plurality of modules;

wherein said plurality of modules are each adapted to be individually and releasably connected to a respective existing appliance in a household, such that information and data about a user's power usage of each individual existing appliance can be determined; and

wherein said plurality of modules are adapted to use WiFi networks or dedicated communication servers over the internet to communicate with one another in order to analyze said information and data and provide the capability to manage said user's power usage and demand; and

wherein each of said plurality of modules include:

a triode for alternating current block including:

a primary triode for alternating current;

a plurality of terminal pads for connecting appliances thereto;

an AC-to-DC voltage converter;

a current sensor attached between said terminal pad and said primary triode for alternating current; and

a triode for alternating current semiconductor;

wherein said triode for alternating current block is adapted to track the power state, energy consumption, and overall power demand of said appliances;

connecting respective modules to respective existing appliances in a household;

using said modules, obtaining information and data about said user's power usage of each individual existing appliance over time;

processing and analyzing said information and data and using it to determine when each said existing appliance should be turned on and off in order to more efficiently use the total amount of energy delivered to said household; and

using each respective said module to turn on and off each respective existing appliance to more efficiently use the total amount of energy delivered to said household.

7. The method of claim 6 , wherein each of said plurality of modules further includes:

a power block;

a plurality of optotriacs; and

a microcontroller adapted to provide control of said primary triode for alternating current, and secondary cutoff control of connected thermostat control lines, through said plurality of optotriacs.

8. The method of claim 7 , wherein each of said plurality of modules further includes:

a USB-to-Serial adapter;

wherein said USB-to-Serial adapter is connected to said triode for alternating current block and is adapted to allow direct programming of said module.

9. The method of claim 8 , wherein said appliances in said household are chosen from a list of appliances consisting of an air conditioner, an electric stove, an electric water heater, an electric pool heater, and an electric clothes dryer.

10. The method of claim 6 , further comprising the step of:

providing a central control unit;

wherein said central control unit is adapted to manage control of said system and download software to each of said plurality of modules; and

wherein said central control unit is adapted to display statuses of said plurality of modules along with performance data of said system and the efficiency of energy usage and demand management of said household.

11. The method of claim 10 , wherein said central control unit is chosen from a list of central control units consisting of an application, a website, a laptop, a PC, and a smartphone.

Continuity (2)

References Cited (27)