Electronic Circuit Breaker Using IoT

Abstract

The project is designed to shut down a power supply when it is overloaded by using a super-fast electronic circuit breaker with IOT. A circuit breaker gets older because of usage and time. This calls into question the reliability of circuit breaker operation. It is customary to perform preventative maintenance on circuit breakers at regular periods to check their dependability. Although the circuit breaker is in good condition, the main drawback of this maintenance approach is needless downtime and offline usage of separate diagnostics equipment. The price of maintaining circuit breakers goes up as a result. Additionally, in current practice, the control of a circuit breaker is carried out using hardwired control logic, which enlarges the cabinet housing, the device's control and metering functions and precludes the integration of the Internet of Things. The inability to get circuit breakers' data instantly, limited the ability to make decisions. This framework is practical and has less mileage. Additionally, we can change pre-set current rating as indicated by burden and its stumbling not relies upon encompassing temperature.