APA and Array foundation solutions: Strengthening solar from the ground up
We’ll explore how Array’s integration of APA’s fixed-tilt and A-frame designs opens new possibilities in difficult terrains and why foundation choice is critical to structural resilience and long-term cost optimization.
Solar vs. the storm: Protecting utility-scale projects with HailXP
In pv magazine Webinar, ARRAY brings together a group of solar experts for a practical conversation around how the industry is responding to these challenges. Through real-world project insights and collaborative expertise, our panel will unpack the evolving threat landscape and the tools being used to address it.
Stow the right way for your solar installation: minimize yield losses and increase energy production
In this pv magazine Webinar, we will offer insights into a smarter, more efficient approach to managing wind-induced challenges in utility-scale solar projects.
High or low tilt angles for single-axis trackers in extreme winds – a different approach
Ensuring the stability of solar tracking systems and modules during wind events is one of the top concerns of solar site owners, project developers, and EPC contractors. A poorly designed single-axis tracker can result in damage to solar trackers and modules, leading to costly downtime, insurance claims. Our webinar partner Array Technologies will detail its passive wind mitigation system, which allows individual rows to assume a 52° tilt position if winds pick up.
Can solar tracking algorithms alone provide the solution to minimize energy losses on difficult terrain?
As developers are looking to install on hilly sites and sloped terrain for new projects, some are depending on tracker algorithms as a cure-all for undulating topography. Join our webinar to find out what combination of steps can be taken to mitigate energy loss.
Analyzing Risk and Economic Impact of Two Solar Tracker Architectures
TÜV Rheinland PTL (TÜV), an independent analyst, recently released a report on the economic and risk analysis of two solar tracker architectures. The first architecture in the study is a centralized system driven by a single motor, linked by a rotating driveline to multiple tracker rows. The second architecture is a decentralized system where each […]
