An EV Charge Supported Smart Street Light with Low Power Consumption and SOS

This paper presents a comprehensive solution for improving the efficiency of public lighting systems by combining motion detection, Raspberry Pi-based monitoring, and light-dependent resistor (LDR) control. The system optimizes energy consumption by dynamically adjusting lighting levels based on detected motion and available daylight. Enhanced safety is provided through an emergency button that triggers location-based SOS alerts. For electric vehicle (EV) charging, an innovative $Q R$ code payment system simplifies the process for users and promotes environmental sustainability. System reliability is maintained through the monitoring of both AC and DC characteristics, with failure alerts sent via IFTTT notifications. Internet of Things (IoT)-based system offers several benefits, including reduced operational expenses, enhanced safety, and significant energy savings. Solar-powered battery recharging provides electricity for night-time use, lowering operating costs. GPS-based location tracking, assuming stationary operation, facilitates efficient maintenance. Prioritizing electric vehicle (EV) charging for scooters and bikes helps alleviate traffic congestion and reduce accident rates.