How the concept worked
A module rested on a formed metal support held down by ballast. The fixed version prioritized part count and installation speed. The adjustable version could change seasonal tilt or lower the module plane ahead of severe weather.
Design priorities
- Use sheet stock available through established metal supply chains.
- Allow regional fabrication with common cutting and bending equipment.
- Reduce imported volume, specialized parts, and assembly steps.
- Offer fixed-angle and adjustable-angle configurations.
What a deployable system must verify
The concept documentation describes prototype testing and a pending patent, but it does not include a current certification package. A deployable system needs site-specific structural calculations, attachment or ballast analysis, wind-tunnel or accepted aerodynamic coefficients where required, module compatibility, fire-path planning, grounding and bonding, drainage, roof-warranty coordination, and stamped documents when the authority having jurisdiction requires them.