Systems and methods for interrupting a charging circuit of an electric vehicle

An electrical system, comprising:

• a first circuit configured to facilitate regulating an electric current to an electric vehicle charger that is electrically coupled to an electrical control switch, the electrical control switch being preferentially dedicated to an electrical device, the first circuit comprising:
• the electrical control switch, a power distribution block, a first compact circuit protector, a current transformer, and the electrical device, that are electrically coupled via a conductor, wherein the conductor feeds back to the electrical control switch from the current transformer to complete the first circuit;
• wherein the power distribution block is configured to split the electric current received from the electrical control switch to the first compact circuit protector, a second compact circuit protector and a third compact circuit protector;
• and
• a second circuit electrically coupling the second compact circuit protector to a contactor and the electric vehicle charger, wherein the second circuit is configured to transmit, via the contactor, the electric current received by the power distribution block to the electric vehicle charger, wherein the contactor has a default position that is closed to complete the second circuit;
• wherein the third compact circuit protector includes a control circuit configured to receive, via a third circuit and based on the current transformer detecting a current draw flowing therethrough, an electrical input from the current transformer, and based thereon propagate a signal to the contactor to switch open, thereby interrupting the electric current to the electric vehicle charger.