For compact utility structures like telecom shelters, pump houses, data relay stations, and modular substations, controlling internal temperature and extending equipment life are paramount. Our engineered aluminum sunshade and indirect ventilation panel systems provide a passive façade solution that reduces solar gain, enables filtered airflow, and enhances mechanical durability—without compromising the security or structural simplicity of the site.

Combining perforated aluminum sunshades with a rear cavity ventilation system reduces thermal stress, lowers HVAC loads, and maintains clean airflow through stack-effect convection—all within a discreet architectural envelope. Fully compliant with ASTM, ASCE, and ISO standards, this system is engineered for long life, low maintenance, and high resilience in demanding environments such as coastal, desert, or industrial zones.

🛠 Technical Specifications

• Material: 6063‑T6 or 5083 aluminum alloy

• Panel Thickness: 2–4 mm

• Sunshade Projection: 150–300 mm from building wall

• Ventilation Cavity Depth: 50–100 mm

• Open Area Ratio (OAR): 15%–30%

• Finish Options: PVDF coating (≥30 µm), anodized, corrosion-rated ISO C4/C5

• Mounting: Modular bracket system per ASCE 7 (wind load compliant)

• Panel Types:

• Decorative Perforated Panels (façade aesthetics)

• Acoustic Perforated Panels (noise diffusion)

• Anti-Slip Panels (roof/platform access)

• Compatible Standards:

• ASTM B209 (Aluminum Sheet & Plate)

• ISO 6946 (Building Envelope Thermal Resistance)

• ASCE 7 (Structural Load Design)

• ISO 12944 (Corrosion Protection)