CONQUER THE MOST CHALLENGING SITES
Adaptable frame and foundation can accommodate steep slopes, environmentally sensitive land, frost susceptible soils, and eliminate 100% refusal risk
INTELLIGENT CONTROLS
Advanced performance monitoring and controls engineered with bi-directional communications provides real-time performance monitoring data to boost visibility and maximize energy production
BUILT TOUGH
Durable a-frame, torque tube, gear box, and self-locking hardware increase strength and ensure reliable performance in extreme weather
FOUNDATION AGNOSTIC
Consultative recommendation on ground screws or driven piles based on site data and decades of experience in the field
INGENUITY IN EVERY DETAIL
Durable a-frame, torque tube, gear box, and self-locking hardware increase strength and ensure reliable performance in extreme weather
REAL TIME INSIGHTS
Smart PeakYield™ technology reduces downtime and ensures you hit energy goals
Durable Mechanics
BUILT TOUGH AND PROVEN ON OVER 500 MWs IN EXTREME TERRAIN AND WEATHER
Conquer the Most Challenging Sites
Can accommodate up to 20% N/S slopes
Proven on sites with 150 mph winds, 100 psf snow loads, and more than 60″ of frost depth
One of the most experienced ground screw teams with 1.5M ground screws installed
UNCOMPROMISED
STRENGTH
Strength where you need it, when you need it. By distributing the wind
load across all foundation elements when at stow, the hard stop
increases stability during weather events. The A-frame design
seamlessly pairs with ground screws to increase strength.
Network Controller
UNPRECEDENTED RELIABILITY TO ENSURE SEAMLESS ONSITE WIRELESS COMMUNICATION
REACH PEAK
PERFORMANCE
PeakYield™ technology is designed to optimize all elements of your tracker’s
performance by minimizing downtime, protecting your site from weather events,
and troubleshooting issues quickly and remotely
OVER 500 MWs
DEPLOYED
With over a decade of boots in the dirt, we have a long track record
of delivering projects at every scale-on time and on budget
CERTIFICATIONS
UL 3703
COMPREHENSIVE WIND
TUNNEL ANALYSIS
and vortex lock-in
