Automatic Street Light Based on Solar Panel

This paper suggests the energy efficiency of automatic street lights using Arduino. The main goal is to efficiently design energy streetlights for current rural streetlights, urban areas and fully intelligent cities. The systems are LEDs, solar panels, load control, battery, and Arduino. The system is set to automatically eliminate during the day and operate only at night. I have a strong basis for Python programming, which combines practical experience, a proactive approach to solutions, and a true enthusiasm for establishing effective solutions. The proposed system consists of an automatic lighting control mechanism with solar panels, battery storage units, a load controller, and slight dependent resistors (LDRs) and microcontrollers. In sunlight, solar panels convert sunlight into electrical energy and store it in a battery. When the ambient light decreases at dusk, the LDR recognizes the waste of brightness and directs the Microcontroller to turn on the LED street lantern. Similarly, the system automatically turns off the lights at dawn, ensuring efficient energy use.