DESIGN AND IMPLEMENTATION EMBEDDED SYSTEM BASED ON TOUCH SAFETY FOR ELECTRICIANS

Abstract

The” Embedded System Based on touch safety for electricians‟‟ project addresses the pressing concern of increasing electrical accidents among Line-Men, stemming from miscommunication and safety lapses. This innovative project draws inspiration from the works to enhance the safety and efficiency of electrical line management. The project‟s core revolve around an embedded system that enables Line-Men and Maintenance staff to authenticate and control the opening and closing of electrical lines through a touch-based interface. Biometric authentication ensures secure access and operation of the system. The system will allow the Line-Men to switch on/off the faulty lines in the shortest time and in a safe way in cases of electrical line faults. This reduces troubleshooting time and restores the supply in the shortest time possible. To improve this project, IoT is involved in sending realtime status to personnel at the repair station, and it helps to prevent unauthorized activation of circuit breakers during maintenance. The proposed method involves Global System for Mobile communication Technology is used to transmit the SMS and detection alert automatically to the authorized but when the first personal switch off the system the second personal try to switch on will get short SMS and system block the second personal to preventing unauthorized circuit break activations during Maintenance activities. The “Embedded System Based on Touch Safety for Electricians‟‟ project significantly enhances Line-Men safety and ensures a more reliable electrical supply infrastructure.