EPCs and Developers: Your solar project’s environmental impact doesn’t stop at the panels. While modules generate clean energy, traditional steel racking carries a heavy carbon debt until now.
The Sustainability Gap
Most solar racking undermines solar’s green promise:
- Steel production: 8.5 kg CO₂ per kg material
- Aluminum embodied energy: 170 MJ/kg—equivalent to 40 kWh electricity
- Maintenance pollution: Repainting cycles release VOCs into ecosystems
FRP: The Complete Green Solution
Our composite solar racking closes the sustainability loop:
- Carbon Footprint: 80% lower than galvanized steel (1.2 kg CO₂/kg vs 8.5 kg)
- Recyclability: 100% material recovery in closed-loop recycling
- Zero Maintenance: No paints, chemicals, or surface treatments over 40+ years
- Water Savings: Production uses 90% less water than steel manufacturing
Beyond Carbon: Full-Circle Sustainability
- No mining impact: Fiberglass production avoids iron ore extraction’s habitat destruction
- Durability: 40-year lifespan eliminates replacement cycles and associated waste
- Local manufacturing: Regional production cuts transportation emissions by 60%
Certification Ready
- LEED Contributions: Earn up to 7 points in Materials & Resources category
- BREEAM Compliant: Meets Excellent and Outstanding rating requirements
- Cradle-to-Cradle Certified: Gold level for material health and recyclability
Your Sustainability Next Step
- Download Carbon Calculator: Compare solar mounting options’ environmental impact
- Request LEED Documentation: Pre-prepared submission packages for certification
- Schedule Consultation: Our sustainability experts support your green certification journey.
Complete your project’s environmental story. [Contact Our Sustainability Team] for solar support structure that matches your panels’ green credentials.