Solar Thermal Collector: Optimizing Coil Geometries - Spring 2018

This report documents a senior design project focused on the design and testing of a solar thermal collector with various coil geometries to maximize heat transfer efficiency. The project involved designing and manufacturing a solar thermal collector, experimenting with different coil configurations (conical, barrel, hourglass, and constant pitch), and analyzing the results to determine the most efficient geometry. The system included a wooden box with aluminum sheets for reflection, copper coils, and measurement tools. The study also covers the project's objectives, specifications, literature review, system design, testing methodologies, and project management aspects, including team contributions, challenges, and budget. The goal was to provide guidelines for utilizing the most efficient coil geometry in solar thermal collectors for applications in residential buildings and industries with high hot water demands. Desklib provides access to this and many other solved assignments for students.