E-ABLE POWER ENGINEERING REPORT

IEC 60598-2-3 CERTIFIED HURRICANE RESISTANT

Wind Load Engineering: Q-Series Vertical Solar Modules Stability Analysis

"In the solar industry, structural reliability is as critical as energy efficiency. Our Vertical Solar Modules (Q-Series) have successfully passed the Static Load Test per IEC 60598-2-3, surviving wind speeds up to 205 km/h without permanent deformation."

Proving Durability Through Physics

For projects in coastal zones or hurricane regions, wind load is the ultimate survival test. We prove durability through rigorous engineering simulations and real-world static load force applications, ensuring total grid independence even in extreme weather.

Fig 1.0 - Extreme Weather Simulation & Structural Stress Test

Core Specifications: Q-Series Dimensions

The Science of Wind Resistance

Calculation for Model Q200 at 57m/s (205km/h):

• Resulting Force: 620.8N constant load.

• Permanent Deformation: 0cm/m (Safety Limit: 2cm/m).

Why Vertical Design is the Safer Choice

Aerodynamic Profile

The hexagonal profile allows wind to flow around the pole, significantly reducing the "sail effect" common in traditional flat panels.

Anti-Vibration Lock

Mounting uses 6.8mm high-strength screws with 8Nm torque, ensuring modules remain locked under extreme mechanical vibration.

High-Mast Rated

Engineered for installation heights of 16 meters and above, making it ideal for high-mast lighting in hurricane zones.

Built to Survive the Storm

Secure your infrastructure with E-ABLE POWER's hurricane-grade solar technology. We provide factory-direct technical validation for municipal tenders.

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