Solar Panel Dual Management System Using IoT

With the rapid growth in population of the world the non-renewable energy loss has become one of the top concerns in the recent years of the world. Therefore, solarenergy systems necessitate innovative strategies to maximize energy production and optimization of system performance. This research presents a novel solar panel dual management system that leverages Internet of Things (IoT) technology to address energy loss and enhance efficiency up to 30%. The system integrates advanced IoT capabilities, including sensors, monitoring devices, communication networks, and data analytics, to revolutionize solar panel monitoring and control.A dual-axis tracking mechanism ensures maximum solar energy capture throughout the day. Additionally, the system features automated cleaning mechanisms that activate based on realtime data or predefined thresholds to mitigate energy losses due to dust accumulation on photovoltaic (PV) panels. A SEPIC converter is employed to optimize power delivery. The IoT infrastructure provides real-time monitoring. The system’sload management capabilities allow seamless switching between solar power and the electric grid (WAPDA) based on storage and load conditions. This comprehensive solution aims to maximize energy generation, enhance system reliability, optimize load management, and integrate renewable energyinto the grid effectively.