Design and Development of Smart Home Digital Power Protection Using AI Technology
Keywords:
circuit breaker, intelligent circuit breaker, smart home, short circuit, fire incidentAbstract
This research is aimed to design and develop the digital electrical power protection system for smart homes to be the load center in replace of conventional circuit breakers. The study employed experimental research method conducted in conjunction with a data cloud platform. The user acceptance of the system was also studied through quantitative research methods. By installing the products in 50 households over a period of 90 days, information on electrical usage behavior and problems from actual implementation across diverse environments were gathered in order to analyze user acceptance and the commercial feasibility of the system. The users recognized the increased safety provided by the system, in particular for fire prevention caused by electric arcs from accumulating heat in electrical wires. It was found that a high level of user satisfaction was revealed at an average score of 3.85. Moreover, when employing the electrical power protection system for electrical wave analysis, positive feedback was received from the users. The system performed effectively in ensuring electrical safety and promptly sending alerts in anomalous cases.
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