IOT Low-Cost Solar Energy System with Real-Time Data Logging

This paper introduces an innovative IoT-based solar energy monitoring system designed to optimize solar panel performance. The system integrates real-time data logging and advanced sensors, including a pyranometer, anemometer, hygrometer, and temperature sensors. The research aims to develop a comprehensive monitoring system serving both as a real-time energy management tool and an educational resource for students, researchers, and businesses in the solar energy sector.Employ an interdisciplinary approach that incorporates Maximum Power Point Tracking (MPPT) technology and IoT connectivity. The collected data is analyzed in real-time, presenting crucial insights through a dynamic live dashboard with trend lines for PV power generation, charging percentages, and load power consumption.The transformative potential of the IoT-based solar energy monitoring system lies in its ability to deliver precise information on solar panel performance, environmental factors, and power generation. Beyond technical advancements, the project's significance extends to academia and industry, providing a valuable resource for research and informed decision-making processes. The integration of Smart Grids and Microgrids enhances communication within the energy infrastructure and aligning with sustainability goals. This project stands as a beacon for a more sustainable future, emphasizing the role of innovative energy management practices and underscoring the growing significance of advanced solutions in shaping the landscape of renewable energy systems.