The ECO-Portal Frame Carport represents a sophisticated evolution in sustainable carport design, featuring an innovative portal frame configuration constructed with high-strength dual C-section steel. This cutting-edge engineering approach creates a highly efficient structural system that combines exceptional durability with reduced material usage, offering superior performance while maintaining environmental responsibility. Unlike conventional designs, our portal frame architecture provides clear-span capabilities of up to 18 meters without intermediate supports, creating maximized usable space beneath the structure.

Our engineering excellence is demonstrated through the unique integration of dual C-section members forming rigid portal frames that provide unmatched structural integrity. This configuration enables superior resistance to both vertical and lateral loads, making it ideally suited for regions experiencing heavy snow accumulation, strong winds, or seismic activity. The portal frame design distributes stresses evenly throughout the structure, eliminating weak points and ensuring long-term reliability under demanding conditions. The system's inherent strength allows for taller clearances, accommodating larger vehicles and equipment with ease.

The environmental sustainability of the ECO-Portal system is embedded throughout its design. The dual C-section construction utilizes high-recycled content steel while maintaining complete recyclability at end-of-life. Advanced manufacturing processes reduce energy consumption during production, and the precision engineering minimizes material waste throughout the manufacturing and installation processes. The hot-dip galvanized surface treatment combined with eco-friendly powder coating provides maintenance-free protection for decades, eliminating the need for chemical treatments or regular repainting.

Key Features

• Dual C-section composite construction delivering enhanced load-bearing capacity

• High-clearance design accommodating oversized vehicles and equipment
• Superior seismic performance through optimized frame geometry

• Modular design system allowing for future expansion and adaptation

  
  

Technical Specifications

Quotation Requirements

Please provide the following information for accurate project quotations:

• Module model
• Module dimensions: ____ * ____ * ____ mm
• Array layout
• Total number of modules: ____ units
• Module direction
• Tilt angle: ____ degrees
• Minimum clearance from ground: ____ mm
• Foundation type
• Material
• Wind speed: ____ m/s
• Snow load: ____ kN/m²