Foundation Type
Screw Piles
Screw piles are driven directly into the ground using mechanical equipment – no excavation or concrete pouring required. Fast installation, minimal disturbance to surface vegetation, and fully recyclable. Ideal for sandy soil, grassland, soft ground, and ecologically sensitive areas.
- Benefits：Fast installation (minutes per pile), no concrete curing time, reusable.
- Best for: Sandy soil, grassland, farms, temporary or environmentally restricted projects.
Concrete Independent Foundations
Concrete independent foundations are cast in situ or precast, relying on their own weight for wind uplift resistance. Reliable and stable, with moderate bearing capacity requirements – the most common foundation type for large-scale ground power plants. Compatible with adjustable mounts for slight terrain variations.
- Benefits: High load capacity, excellent stability, strong adaptability, long service life.
- Best for: Flat land, ordinary soil with good bearing capacity, large-scale power plant projects.
Pre-stressed Pipe Piles (Driven Piles)
Pre-stressed pipe piles are driven into the ground by hammering or jacking, penetrating weak soil layers to reach bearing strata. Load capacity comes from both skin friction and end bearing. Minimal settlement and high lateral resistance – ideal for coastal soft ground, reclaimed land, and muddy soils.
- Benefits: High load capacity, minimal settlement, strong lateral resistance, unaffected by groundwater level.
- Best for:Coastal soft ground, reclaimed areas, river alluvial plains, sites with poor geological conditions.
Fast & Simple Installation
Fewer components and a flexible design enable quick setup using standard tools.
Technical Parameters
| Material | Carbon Steel / Aluminum Alloy or Custom |
| Surface Treatment | Hot-dip Galvanizing / Zinc Aluminum Magnesium (ZAM) / Weathering Steel (Corten) / Baking Painted / Anodizing |
| Size | Standard or Customized |
| Grade | S235, S355 |
| Design Wind Load | ≤60 m/s |
| Design Snow Load | ≤1.5 kN/m² |
| Tilt Angle | 0–60° |
| Installation Methods | Anchor Bolt / Welding / Embedded / Screw Pile Connection |
| Waterproof | With / Without |
| Advantage | Screw Piles / Concrete / Driven Piles |
| OEM / ODM | Accept |
System Components Overview
A solar mounting system is not only defined by steel profiles, but by how each component works together to ensure structural stability, load transfer, and long-term outdoor performance.
Custom Solar Panel Mounts Options
You can flexibly customize the material, coating, length, height, width, thickness, style, and color of the rooftop photovoltaic bracket.
Material
Common material options include aluminium alloy, stainless steel, and galvanized steel, all sourced from reputable domestic suppliers. The material type can be customized to match specific environmental conditions and structural load requirements.
Coating
A broad selection of anti-corrosion coatings is available, including hot-dip galvanizing, zinc-aluminium-magnesium, spray painting, and baking paint, to suit different environmental conditions.
Style
The bracket structure is sturdy and durable, with customizable design options to fit project needs, and offers a service life of up to 25 years.
Thickness
Thickness can be customized to accommodate various load-bearing requirements across different installation sites.
Height
Height can be flexibly adjusted, with our technical team providing professional guidance to meet specific site clearance or elevation requirements.
Color
Multiple spray-paint colors are offered, allowing the system to blend seamlessly with surrounding environments or architectural aesthetics.
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