This project sets to improve energy production for single axis tracker utility PV plants by reducing soiling through the nighttime tilt angle. The current industry tendency is to stow horizontal.
The Electrical Power System (EPS) board will be used on the satellite called PowerSat which is being developed in conjunction with Deployables Cubed GmbH. The development board designed during SURP (shown above) will test different solar charging circuitry configurations.
The 4.5 MW Cal Poly Goldtree Solar Farm is the largest solar array in the CSU system. It generates up to 25% of the university’s yearly power. However, it currently faces an issue of shading. During some mornings and evenings, solar panels will cast shade on other panels which will decimate the performance of any module that is shaded. Backtracking is a technique that combats this by sub-optimally tracking the sun until the sun is high enough in the sky so that no shade will be cast on any modules. Due to the uneven terrain of the solar farm, this is a difficult technique to perfect. The goal of this project is to investigate and identify the areas where there is significant power loss due to row-to-row shading, then adjust the current backtracking algorithm such that performance is improved.
