Symmetrical Pro Ground Terrace SPGT4

SKU
PNSMBT00017

*Price mentioned here as per Ex. w/h, Jebel Ali, Dubai and exclusive of shipping cost. We will update you the shipping cost as we proceed with your order.

Description:

Symmetrical Pro Ground Terrace SPGT4 is suitable for medium to large scale solar PV projects. Main beams and post are optimized with better design and less material, with strong wind load and snow load resistance. The system can achieve minor adjustment onsite with special design of Anchor Plate to adapt to different sites. Patented and certified system design ensure projects safety and quick installation. Unique dual orientation design suits for east-west installation, which improve the total capacity at same land area lead to better ROI.

Delivery Time:

2 to 4 Weeks

Symmetrical Pro Ground Terrace SPGT4 is suitable for medium to large scale solar PV projects. Main beams and post are optimized with better design and less material, with strong wind load and snow load resistance. The system can achieve minor adjustment onsite with special design of Anchor Plate to adapt to different sites. Patented and certified system design ensure projects safety and quick installation. Unique dual orientation design suits for east-west installation, which improve the total capacity at same land area lead to better ROI.

  • Symmetrical Design of Tilt-in-Nut and Rail Channel
    No direction limitation for the nut and rail channel, improving
    the installation efficiency.
  • A Leading Dual-Orientation and East-West Solution
    The East-West system orientation allows better generation
    results over the day with less generation at noon time and more
    during early morning and later afternoon.
  • Pre-assembled Components Save Onsite Installation Time
    Solution design case by case, most components pre-assembled
    in factory, no onsite cut and drill request, saving the onsite
    installation time and cost.
  • Flexibility and Adjustability
    The structure can be adjusted with some tolerance with
    east-west, west-south and south-north directions, assuring
    flexible on-site installation to achieve best yield for solar
    modules.