Virtual Booth

To address the global impact of climate change, this project focuses on creating an efficient and sustainable energy solution. By utilizing floating installations above water bodies and integrating hydraulic sun tracking systems, the goal is to maximize solar energy generation. The project involves designing and constructing a functional prototype, incorporating an Arduino microprocessor for sensor input and hydraulic motor output. The system adjusts panel position based on light intensity to optimize energy capture throughout the day. The outcome is higher power output with lower operating temperatures, improving overall system efficiency. This innovative approach contributes to international efforts in combating climate change by promoting sustainable energy generation, providing a scalable and eco-friendly solution for the challenges posed by the changing climate.