Ramming/Ground Mounting Structure
Ramming/Ground Mounting Structure Image 2
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Ramming/Ground Mounting StructurePV Mounting Structure

Features & Benefits

Warranty Icon

20-Year Anti-Corrosion Warranty & 10-Year Warranty on Accessories
Assembly Icon

Fastest Possible Assembly with Minimum Employees
Corrosion Icon

Superior corrosion resistance (Magnelis)
Self-Healing Icon

Self-healing protection for cut edges ensuring structural integrity
Wind Icon

Engineered to Withstand High Wind Speeds Based on Client Requirements
Standards Icon

Compliant with international standards: ASCE, AISC, IBC, and British Code
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Download Structure Datasheet (PDF)
Steel Mounting Structures 1
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Philadelphia Solar’s Ramming/Ground Mounting Structure is a high-capacity solution designed for large-scale solar projects in open areas. This system is engineered for speed and stability,
supporting 2-vertical & 3-vertical configurations, or any configuration based on client requirements, ensuring structural durability across demanding project environments.


Applications

On-Grid Residential Roof-Tops


On-Grid Residential Roof-Tops


Suitable for residential solar installations requiring stable and reliable mounting solutions.

On-Grid Commercial / Industrial Roof-Tops


On-Grid Commercial / Industrial Roof-Tops


Designed for commercial and industrial solar projects requiring dependable structural performance.

Solar Power Plants


Solar Power Plants


Suitable for large-scale solar power plants and ground-mounted utility applications.

Off-Grid Systems


Off-Grid Systems


Suitable for off-grid solar applications, including lighting systems and remote energy installations.

Additional information

Installation Site:

Open Areas
Tilt Angle:

Based on client region
Applicable Temperature:

-50°C to 100°C.
Structure Materials:

Magnelis, Hot-Dip Galvanized Steel, and Stainless Steel Accessories.
Basic Wind Speed:

120 km/hr (Optimized up to 160 km/hr).
Design Standards:

Compliant with Jordanian loads code, ASCE, AISC, and IBC.

  • Is this system suitable for all soil types?

    • Yes, the ramming system is designed for high stability in various soil conditions, and the design can be tailored based on site-specific geotechnical reports.

 

  • Does the system design compromise stability?

    • Not at all; it is engineered to meet rigorous international standards (ASCE, AISC, IBC) to handle both wind and snow loads effectively.

 

  • What makes the assembly faster than other systems?

    • The streamlined design and minimum number of employees required for installation make it our fastest assembly solution for ground-mounted projects.

 

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