During my internship at Amithi Power Consultants, I developed a floating solar structure using AutoCAD software. The structure was designed for a fixed axis, incorporating recommended dimensions and technical considerations. The robust and stable design took into account environmental factors such as wind, waves, and currents, ensuring durability and safety. Material selection, buoyancy design, anchoring system, and structural integrity were key factors in the development process. The selection of suitable solar panels for floating installations was also a crucial aspect, considering factors such as efficiency, durability, and water resistance. Thin-film solar panels or modules designed specifically for floating applications were preferred due to their lightweight nature. The project also involved careful site selection, assessing water bodies for minimal shade, appropriate depth, and calm water conditions. A thorough site assessment was conducted to ensure the feasibility and long-term viability of the project.

In terms of solar panel selection, I focused on identifying panels suitable for floating installations. Efficiency, durability, and water resistance were key factors taken into account during the evaluation process. Site selection played a vital role in the project's success. I conducted thorough assessments to identify a suitable water body for the installation. Factors such as minimal shade, appropriate depth, and calm water conditions were considered to maximize solar energy generation and minimize potential disturbances. By conducting a comprehensive site assessment, I ensured the project's feasibility and long-term viability.