Installing solar systems on commercial flat roofs requires specialized solutions, with the primary objective being to protect the roof's waterproofing membrane. The Himzen ballasted mounting system stands as a premier non-penetrating solution, securely anchoring solar arrays without drilling holes or risking leaks. Engineered for large-scale commercial, industrial, and residential flat roofs, this system achieves exceptional stability through strategic weight distribution while safeguarding your most valuable asset—the integrity of your building envelope.

The core innovation of the Himzen system lies in its precision wind tunnel engineering. Unlike fixed penetration installations, it employs precisely calculated ballast weights—typically concrete blocks or paving stones—seamlessly integrated into the mounting structure. This design creates a low center of gravity, anchoring the array solely by its own weight to effectively resist wind uplift specific to the building's location and elevation. This eliminates the need for complex structural analysis at each penetration point, significantly accelerating approval and installation processes.

Constructed entirely from 100% corrosion-resistant galvanized steel with an anodized surface finish, the system is lightweight yet exceptionally durable. Modular, prefabricated components enable rapid on-site assembly upon delivery, substantially reducing labor costs and rooftop work time. The design ensures seamless rainwater self-cleaning and creates critical airflow channels beneath the panels, lowering operating temperatures and enhancing power generation efficiency. Most importantly, the system is fully removable and reconfigurable, offering ultimate flexibility for roof maintenance, future expansion, or tenant changes.

Quotation Requirements

Please provide the following information for accurate project quotations:

• Module model:
• Module dimensions: ____ * ____ * ____ mm
• Total number of modules: ____ units
• Module direction:
• Tilt angle: ____ degrees
• Minimum clearance from ground: ____ mm
• Foundation type:
• Material:
• Wind speed: ____ m/s
• Snow load: ____ kN/m²