An Intelligent Wireless Socket System for Safe and Efficient Power Control Using RF Communication Architecture
DOI:
https://doi.org/10.15662/IJEETR.2026.0802094Keywords:
Smart Socket, RF Communication, Wireless Control, Arduino Nano, nRF24L01, Overload Protection, Power Management, Energy Efficiency, Wireless Trans receiver.Abstract
Modern power control systems require low-latency, reliable, and secure operation, which conventional and IoT-based smart sockets fail to ensure due to network dependency. A wireless embedded system using RF communication is implemented to enable direct device control without internet involvement. The system integrates an Arduino Nano with an nRF24L01 transceiver to establish real-time transmitter-receiver communication. User inputs are encoded and transmitted as RF signals, and the receiver performs switching using relay control. This architecture ensures fast response, reduced latency, and improved reliability. Additionally, integrated energy monitoring and protection mechanisms enhance efficiency and operational safety in power management systems
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