Abstract
Abstract: With the transition from manual to auto systems, technology has been advancing globally. The smart control panel is the subject of this study. The electrical components of appliances can be inductive, resistive, or capacitive. The majority of inductive devices are motors. a three-stage There are many uses for induction motors in the global power system because of its many benefits, including low starting power, low maintenance cost, and widespread use. This paper discusses fault analysis in induction motors using MATLAB/SIMULINK, providing optimal protection combining traditional and IoT for both automatic and manual methods, and making it fully controllable according to the requirements of protection engineers for various loads. This is important for the economy and the motors' longevity, as it ensures that they operate optimally with the best smart protection techniques. In this setup, the control elements include a molded-case circuit breaker for safety, a temperature and vibration sensor with an Internet of Things (IoT) based remote data collecting method for automatic protection, and a selector switch for human control and automatic operation.
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