The Photovoltaic Active Dual Tracking Approach is Transforming Renewable Energy

Background: Solar photovoltaic (PV) systems have gained traction in the renewable energy market as a clean, long-term electricity source. The static location of classic fixed PV systems, which limits ideal sunshine exposure, is a major obstacle.Objective: The article’s main objective is to use the Photovoltaic Active Dual Tracking System (PADTS) proposed in this article to improve the efficiency and energy production of PV systems. The PADTS continually aligns PV panels to the sun’s position through a dynamic dual-axis tracking system. Methods: The PADTS has two motorized axes for azimuth and elevation, controlled by a sophisticated tracking algorithm. This algorithm uses real-time solar data to determine the optimal panel orientation. The use of Arduino microcontroller technology allows for more exact sun tracking. Experiment data was gathered to compare the system’s performance to standard fixed PV systems. Results: Initial findings indicate a significant increase in the PADTS’s energy output, with efficiency increases reaching up to 30% annually. The system’s flexibility enables steady energy output even under changeable sunshine circumstances. Conclusion: The PADTS represents a major improvement in the PV industry, providing an efficient solution for increased energy efficiency and sustainable power production, with the potential to alter the renewable energy landscape.