Reinforced steel structures specifically designed for large-scale industrial PV, featuring superior wind-uplift resistance and a 25+ year maintenance-free lifecycle.

Engineering Challenges & Solutions

Safety under Extreme Wind Loads
Pain Point: Rooftop solar arrays generate massive negative pressure in strong winds, leading tocomponent detachment or roof damage.
Solution: We optimize bracket angles via aerodynamic simulation and utilize non-penetrating clamping technology to provide high pull-out resistance without compromising roof waterproofing.

Additional Loads on Building Structures
Pain Point: Older plants or light-steel workshops often fail to account for the long-term static load of PV modules, risking structural instability.
Solution: XGZ provides professional structural review and reinforcement systems. By replacing high-strength purlins or adding auxiliary supports, we safely upgrade traditional buildings into "green power stations".
Technical Specifications
Hardcore Parameters Supporting a Green Future)
Technical Dimensions | XGZ Green Energy Standards |
Design Codes | AISC 360, EN 1993, ESG Compliant |
| Material Grade | Mg-Al-Zn Coated or Q355B Steel |
| Max Wind Resistance | Resistant to Grade 12+ Hurricane Loads |
Surface Treatment | High Weather-resistant Coating, Salt Spray >1000h |
Service Life | Co-terminal with building lifespan: 25-30 years |
Case Study: Haibaili PV Project


Frequently Asked Questions


