Is Wind Costing You? Discover How Duratrack’s Passive Stow Solves the Energy Drain
Unlock enhanced efficiency and safeguard your investments with ARRAY’s innovative solar solutions. High winds are more than just a natural occurrence—they pose a serious threat to the structural integrity and operational efficiency of solar panels. Now with ARRAY’s groundbreaking passive wind stow technology, you can turn these challenges into a competitive advantage.
The Challenge of High Winds
When wind speeds reach certain thresholds, solar modules can experience vibrations and rotations that may lead to structural damage or even module failure. Traditional active stow strategies, though necessary, often result in significant energy losses. ARRAY’s passive wind stow technology changes the game, minimizing energy losses and reducing the risk of damage.
ARRAY’s Solution: Passive Wind Stow Technology
Validated by independent engineering and design firm DNV, ARRAY’s passive wind stow technology significantly reduces average annual energy losses to just 0.05%, compared to the 2.8% from active strategies. This innovative approach ensures that most of the solar rows continue tracking normally, even in high wind conditions, minimizing disruptions and maximizing energy production.
Our passive stow technology has been rigorously tested and validated. DNV’s study confirmed that “for the cases selected for this study, generally, losses from the passive stow cases were lower than those from active stow strategies…” This validation underscores the efficiency and reliability of our technology in real-world conditions.
Ready to Enhance Your Solar Efficiency?
Download our whitepaper to learn more about how ARRAY’s passive wind stow technology can benefit your solar projects. Complete the form below to access cutting-edge insights that can transform your approach to managing solar energy in high-wind scenarios.
Learn the science behind our patented, safe passive stow strategy and get access to our white paper, "Is Wind Costing You?" by filling out the form below.