Complete System Components
🧱 Comprehensive embedded carbon analysis across all project materials
| Component | Material | EPD Source | Embedded Carbon | Notes |
|---|---|---|---|---|
| Pillars & footings | Eco-concrete (zero cement) | Wagners Earth Friendly Concrete | ~40,000 kg CO₂e | 70% lower than traditional concrete |
| Mounting rails | Recycled aluminum | Hydro CIRCAL 75R | ~18,000 kg CO₂e | 75% recycled content, low smelting emissions |
| Fasteners & brackets | Stainless steel | - | - | Marine-grade corrosion resistance |
| Solar Panels (1,820 units) | 550W monocrystalline silicon | Yangtze Solar EPD | ~1,274,000 kg CO₂e | High-efficiency, tropical optimized, 25-year warranty |
| Inverters (8 units) | 125kW grid-tie with MPPT | SMA Solar EPD | ~120,000 kg CO₂e | 600–1000V range, 3-phase AC, 10-year warranty |
| Monitoring System | Smart Energy Monitor | IoT System EPD | ~5,000 kg CO₂e | Real-time tracking, IoT-enabled, 10-year warranty |
| Cabling & Connectors | 10km PV cable + 500 MC4 pairs | Nexans EPD | ~45,000 kg CO₂e | Weather-resistant, durable, 10-year warranty |
| Grid interface | Steel + electronics | Siemens EPD | ~30,000 kg CO₂e | Includes switchgear and metering |
| Battery storage | LFP (Lithium Iron Phosphate) | CATL EPD | ~90,000 kg CO₂e | Safer chemistry, lower lifecycle emissions |
ISO 14025 Compliance
Environmental product declarations following international standards
Verified EPDs
EN 15804 Standards
Core rules for environmental product declarations of construction products
Construction Compliant
Module D Benefits
End-of-life recycling and reuse potential quantified
Lifecycle Optimized
🧪 Material Benefits
Up to 70% lower embodied carbon than traditional concrete
Excellent durability in corrosion-prone environments
Less maintenance required than steel alternatives
Can be locally sourced and mixed with recycled aggregates
Eco-Concrete Innovation
Carbon Savings Compared to Steel
Eco-concrete foundations with recycled aluminum mounting system
| Alternative | Savings (tCO₂e) | Reduction (%) |
|---|---|---|
| Eco-Concrete Pillars | 90 | 50.00% |
| Hybrid Eco-Concrete | 70 | 38.89% |
Material Innovation: Our eco-concrete foundation system delivers substantial carbon savings while maintaining structural integrity and extending service life in tropical marine environments.
Risk Mitigation
Trademark secured in Mauritius
Eco-concrete infrastructure reduces maintenance and cyclone risk
Embedded carbon offsets registered for emissions trading and rebates
IP and codebase portable for future deployments
Carbon Payback Period Analysis
Annual Offset Performance
1 MW Solar Array Output
1,200–1,500 tCO₂e/year
With Eco-Concrete Foundation
~1.5 years payback
Traditional Concrete Comparison
~2.2 years payback
Suitable Applications
- Fixed ground-mounted solar arrays with moderate wind loads
- Low-height installations where tensile stress is minimal
- Foundations for cable trays, fencing, and light infrastructure