Published Paper Details:

In the pursuit of sustainable and intelligent building solutions, this abstract introduces an Automatic Light System (ALS) empowered by a microcontroller to revolutionize lighting control. The proposed system employs advanced sensors and microcontroller logic to create a responsive and energy-efficient lighting environment. The Automatic Light System utilizes ambient light sensors to constantly monitor the natural light levels in a given space. The smicrocontroller processes this real-time data and dynamically adjusts artificial lighting accordingly, ensuring optimal illumination while minimizing energy consumption. The system is designed to seamlessly transition between different lighting scenarios, such as daylight harvesting and task- specific lighting, providing a comfortable and visually optimized atmosphere for occupants. This research presents a holistic approach to intelligent lighting control, addressing both energy efficiency and user satisfaction. The microcontroller-based ALS offers a versatile solution applicable to various settings, including residential, commercial, and industrial spaces.