Design of a support structure for discrete solar tracking
Problem statement
Small scale solar array installations are often not cost effective, and automated tracking systems used to increase electrical output further prolong the payback period. For this project, the team will be designing a structurally simplified frame that allows for discrete solar tracking. The frame functions through a bi-monthly mechanical adjustment by the client, which allows lateral movements to increase the amount of electrical power that is generated and reduce the total greenhouse gas impact. The design must be easily adjustable for the client, maintenance free, capable of capturing 95% of solar cell capacity, and minimize installation resources for the riparian zone where large concrete footings are not always possible and exterior loading conditions exist.
Team members
Alec Riddle – leader
Trevor Winterhack – communicator
Bradley Halverson – accountant
Sam Bauer – admin