The Single-Column Dual-Slope Reinforced Segmented Beam-Column Photovoltaic Carport represents a sophisticated advancement in modular structural design, engineered to deliver exceptional load-bearing capacity and aesthetic versatility. This system features a single central column supporting two opposing reinforced roof segments with dual-slope geometry, combining the spatial efficiency of single-column support with the enhanced performance of segmented, reinforced construction for large-span applications.

Core Engineering & Structural Features

1. Reinforced Segmented Beam-Column System

• Centralized Support Architecture: Utilizes a single high-strength carbon steel column designed with internal diaphragm stiffeners and external rib reinforcements at critical connection points. The column acts as the structural nucleus for the entire dual-slope configuration.

• Modular Beam Segmentation: Each roof slope consists of prefabricated reinforced beam segments (3-5 meter modules) constructed from welded plate girders or built-up box sections with internal stiffening webs. Segments feature integrated moment connections with precision-machined end plates for high-strength bolted assembly.

• 2. Dual-Slope Structural Configuration

• Asymmetric Slope Engineering: The two roof planes feature independently optimized slopes (typically 5-15°) designed through computational fluid dynamics (CFD) analysis for optimal wind performance. Each slope's angle is calculated based on:

• Primary orientation: 8-12° for southern exposure

• Secondary orientation: 5-8° for complementary energy harvesting

• Local snow load requirements

• Architectural proportion requirements

• Variable Cantilever Design: The reinforced segments allow for differentiated cantilever lengths on each side (e.g., 4.5m primary span + 3.5m secondary span), enabling customized coverage based on site-specific parking layouts and solar orientation needs.

  
  

• Applications & Value Proposition

• Ideal Applications

• Critical Infrastructure: Airport parking, hospital facilities, emergency service stations

• High-Load Environments: Mountain resorts, heavy snowfall regions (>2.0 kN/m²)

• Premium Commercial Projects: Corporate headquarters, luxury developments, landmark structures

• Research & Educational Facilities: Where structural monitoring and data collection are valuable

• Coastal & Industrial Sites: High-corrosion environments requiring enhanced protection

  
  

Parameters

• Material:	Q235B/Q355B
  Standard:	ASCE7-10/EU/JISC8955-2017
  Surface Treatment:	Hot-Dip Galvanized/Spray Paint
  Wind Load:	0-60m/s
  Snow load	0-150cm
  Warranty	10 Years
  Service Life	25 Years

Details