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LOW ELEVATION BALLAST STRUCTURE

The structure of the systems with wind shield is specially designed (shaped as elongated triangle) for flat roof with limited load capacity. Sloped wind deflector on the rear side seals the system and reduces the suction force of the wind on the system. When the wind penetrates through the gaps, shield supports in preventing uniform distribution of air flow causing strong three dimensional flow patterns. Attached wind shield produces aerodynamic effect making the system stable under big wind load and prevents the frame from overturning/lifting by high wind.

HIGH ELEVATION BALLAST STRUCTURE

The structure of the systems with wind shield is specially designed (shaped as elongated triangle) for flat roof with limited load capacity. Sloped wind deflector on the rear side seals the system and reduces the suction force of the wind on the system. When the wind penetrates through the gaps, shield supports in preventing uniform distribution of air flow causing strong three dimensional flow patterns. Attached wind shield produces aerodynamic effect making the system stable under big wind load and prevents the frame from overturning/lifting by high wind.

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  • This a low lying structure and hence the windloads are dramatically lesser compared to an elevated structure
  • A wind shield is provided which enables aerodynamic design capable of taking windloads of 180 Kmph
  • Premium materials like Pre-galvanized steel for purlins and Aluminium clamps for module mounting are used and hence highly durable
  • This is compatible for any module type
  • Since it is a modular structure, Installation involves only nut and bolt mechanism And can be done by unskilled personnel also
  • Installation via s-sol Fix will take a days time and hence final project completion is much quicker unlike the conventional structure. 100 KW can be easily Installed in One day.
  • There needs no penetration into the roof
  • A concrete ballast is provided for counter weight. Casting the concrete blocks is the only in-situ work which needs be done, which is very minimal and not at all labor intensive
  • There are no point loads acting on the roof and hence no need to compromise with the structural integrity of the existing building roof unlike the penetrative structures