Electronic electrical breaker

A method for remotely controlling an electronic circuit breaker by a native mobile app registered with the electronic circuit breaker, comprising:

• receiving, by a wireless communication circuit of the electronic circuit breaker, a control signal from the native mobile app to change the operational status of the electronic circuit breaker;
• transmitting the control signal to a microprocessor;
• determining, by the microprocessor, the operational status of the circuit breaker;
• generating a trigger signal by the microprocessor;
• activating a relay circuit to change the operational status based on the control signal,
• receiving, by the wireless communication circuit, a security code from the native mobile app;
• transmitting the security code to the microprocessor;
• determining, by the microprocessor, whether the security code matches a stored security code;
• when the security code matches the stored security code, sending an acknowledgment message from the microprocessor to the wireless communication circuit;
• when the security code does not match the stored security code, sending a denial message from the microprocessor to the wireless communication circuit;
• transmitting the acknowledgment or denial to the native mobile app;
• determining, by the microprocessor, a power supply level of the electronic circuit breaker;
• determining, by the microprocessor, an error code when the power supply level is below a rated level;
• generating, by the microprocessor, an alert message including the power supply level and the error code;
• and
• transmitting, by the wireless communication circuit, the alert message to the native mobile app.

An electronic circuit breaker, comprising:

• a circuit breaker;
• a circuit board including:
• a wireless communication circuit including
• a plurality of antennas configured to receive a control signal, the antennas including cellular, digital cellular network, wireless networking and dual-mode low range antennas;
• a power amplifier;
• a low-noise receive amplifier;
• a plurality of frequency filters;
• receiving and transmitting circuitry,
• a microprocessor connected to the wireless communication circuit and configured to receive the control signal and generate a trigger signal;
• a power supply circuit connected to the microprocessor, the power supply circuit including a first capacitor and a second capacitor;
• a relay circuit connected to the power supply circuit, wherein the relay circuit is configured to receive the trigger signal from the microprocessor and turn the circuit breaker ON or OFF based on the control signal,
• wherein the wireless communication circuit further comprises:
• an inter-integrated circuit (I2C) interface configured to communicate data and a clock signal between the microprocessor and the wireless communication circuit, wherein the I2C circuit is connected between the power supply and ground;
• the I2C circuit including
• a first input connection connected to a serial data line (SDA) pin of the microprocessor;
• and
• a second input connection connected to a serial clock line (SCL) of the microprocessor.