High Flux Solar Simulator
Caleb Alexander Albright
The High Flux Solar Simulator (HFSS) is a technological piece developed for the Dayton Thermal Applications Laboratory that aids in focused thermal research. A High Flux Solar Simulator uses metal halide/ halogen lamps with parabolic and elliptical reflectors to focus light similar to the Sun at a small focal point. A major goal of this Solar Simulator was to construct it inexpensively and have it be a very versatile system that was simple to understand. Since most HFSS designs are not dynamic and are laid out like a wall of lamps, we had to design ours from scratch to match our desired functionality. Specifically, we wanted the lamps to have a full degree range of motion, for it to be a layered structure, and for it to be easily operated and deconstructed. To have these desired characteristics, we have the construct as a system that can be built on piece by piece; if we wanted to take out or add a light, maneuver the lamps to a different position, or adjust the framework it is possible and simple to accomplish. Ultimately, this focused light mechanism is used for research. To study renewable energy applicability in fields such as desalination, granular flow, renewable energy generation, manufacturing, and overall study in replacing this focused energy as the main resource in energy heavy systems.
Andrew J. Schrader
Primary Advisor's Department
Mechanical and Aerospace Engineering
Stander Symposium project, School of Engineering
United Nations Sustainable Development Goals
Affordable and Clean Energy
"High Flux Solar Simulator" (2022). Stander Symposium Projects. 2757.