Director, Project Engineering FTC Solar Clayton, California, United States
Wind presents one of the most significant challenges to both the structural integrity and financial aspects of single-axis trackers (SATs) in utility-scale PV plants. The angle at which a SAT stow is crucial for ensuring its long-term reliability and stability during wind events, as well as for managing the overall capital expenditure of the project. For this reason, the stow angle is a tap concern for solar site owners, solar project developers, and engineering, procurement, and construction (EPC) contractors. In our presentation, we will delve into a differentiated stowing strategy that involves positioning the solar modules horizontally to the ground during high wind events. We will also cover the following aspects of a zero-degree stow: Superior Returns, De-Risk Install, and Reduced CAPEX.
