Why Fight Rocky Ground with Posts or Screws?

• Patent pending protected system with self-leveling technology: 68% faster install than precast
• As few as 190 per MW for 2 up portrait and 130 per MW for 3 up portrait
• Substantial labor savings by eliminating moving and shimming heavy, precast blocks
• Round tubs minimize any drainage and scouring issues – important for landfill caps
• Integrated grounding and wire management
• Supports all poly, glass and thin film modules including First Solar Series 4™
• Significant expertise - The GameChange engineering department helps customers to avoid pitfalls, improve design, and provide documentation for regulators and other stakeholders to speed approval processes
• Lower racking price - GameChange’s superior engineering and use of stronger steel than competitors enable longer spans and less foundations
• Less concrete - Due to wider north to south spacing of the ballast blocks under the posts, less concrete is typically required to resist overturning wind load because the moment arm is longer
• Faster installation - Innovative self-levelling technology effectively reduces labor costs

Features

• Self leveling technology with adjustable feet and slots allow fast install and more than 7"[17.78cm] vertical adjustability to navigate sloping ground prior to concrete pouring
• Up to 4ft.[121.92cm] high ground clearance to allow for snow and vegetation
• 5 to 35° tilt with multiple inter-row spacing options
• Full layout and engineering analysis for every project
• Integrated grounding and wire management
• Less concrete, faster install, steeper slopes

Articulating purlin connections combine with slots or post brackets to navigate up to 15% terrain slopes

Thin Film Ground Ballasted System

• Supports all thin film modules for all vendors
• Thin film module clamps mount using T-bolts or socket bolts

3 Up Portrait Option Available

• Typically 5% or more lower system cost
• Wider row spacing
• Reduces concrete amount up to 33%
• Reduces number of foundations per MW up to 30%