In this project, students will learn solar-powered, sensor-driven lighting system designed for energy efficiency and sustainability which is equipped with motion and ambient light sensors and it automatically adjusts brightness based on environmental conditions, ensuring optimal performance. This project also offers reliable illumination while promoting eco-friendly practices and reducing energy consumption. Electrical components Functions Solar Panels (Photovoltaic Cells) Convert sunlight to electrical energy. Rechargeable Batteries Store energy for nighttime use. LED Light Provide e cient, bright illumination. Motion Sensor (PIR Sensor) Detects movement to activate the light. Ambient Light Sensor Ensures the light operates only in low-light conditions. Charge Controller Manages battery charging and protects against overcharging. Voltage Regulator Maintains stable output voltage for LEDs. Switching Mechanism Activates or deactivates the light based on sensor input. Resistors & Capacitors Ensure current control and voltage stability.