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IEC 61215 Solar Solar PV Carports EN1900 Wind Seismic Pv Support
| Place of Origin | China |
|---|---|
| Brand Name | Shandong Xinghua Steel Structure |
| Certification | EN1900、Three-Body |
| Minimum Order Quantity | 10 tons |
| Price | 8000 yuan per ton |
| Packaging Details | Bulk carriers, containers |
| Delivery Time | After confirming the drawings, the shipment will be made within 20 days . |
| Payment Terms | Advance payment plus full payment for delivery |
| Supply Ability | Monthly supply capacity not less than 2000 tons . |
Product Details
| Product Name | Prefab Steel Structure | Seismic Resistance | Degree 8 Fortification |
|---|---|---|---|
| Wind Resistance Level | Typhoon Level 12 (35m/s) | Design Service Life | 50 Years |
| Feature | Anti Earthquake、Antirust、Anti Corrosion | Size | 15-80 Meters 、80-120 Meters 、50-1000M |
| Grade | Q235B Q355B | Standard | GB EN ASTM |
| Type | Light | Keyword | Steel Structure Warehouse Building Prefab Warehouse Steel Structure |
| Performance | Safety, Water-proof, Sound Insulated,hear-preservation | ||
| Highlight | IEC 61215 Solar PV Carports,Solar PV Carports EN1900,Wind Seismic pv support |
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Product Description
Weathering Steel Solar PV Support Wind Seismic, Quick Install
prodnct deecrlption
Our ground-mounted photovoltaic bracket system is engineered with high-strength weathering steel, delivering exceptional wind and seismic resistance while enabling rapid installation. Designed for a 26-year operational lifespan, this system withstands harsh climatic conditions to ensure long-term stability and performance for photovoltaic power stations.
Technical Specifications
Parameter | Specification | Standard |
Material | Q355B Weathering Steel | GB/T 1591-2018 |
Wind Resistance | ≥35m/s (Typhoon Level 12) | GB 50009-2012 |
Seismic Resistance | Degree 8 Fortification | GB 50011-2010 |
Design Life | 26 years | IEC 61215 |
Key Advantages
High-strength weathering steel with self-corrosion resistance significantly reduces maintenance costs
Excellent wind and earthquake resistance ensures structural safety under extreme weather conditions
Rapid installation design with modular components increases construction efficiency by over 40%
25-year design lifespan perfectly matches photovoltaic module longevity
Adjustable tilt angle design optimizes solar radiation reception across different regions
Compatible with all mainstream photovoltaic modules for flexible system configurations
Multiple foundation options adapt to various geological conditions
Application Scenarios
Large-scale ground photovoltaic power stations
Distributed photovoltaic projects
Commercial and industrial rooftop photovoltaics
Agricultural photovoltaic projects
Fishery photovoltaic projects
Photovoltaic poverty alleviation projects
Desert photovoltaic power stations
Mountainous photovoltaic power stations
Photovoltaic energy storage integration
Microgrid photovoltaic systems
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