Q235 Hot Dip Galvanized Photovoltaic Bracket Base | Custom Solar Foundation Support for Large Scale PV Projects

Product Overview

The bracket is designed with elongated adjustment holes on vertical and base plates, allowing flexible horizontal and vertical positioning during installation. This adjustable structure helps compensate for foundation construction deviations, improves assembly accuracy, and reduces installation difficulties.

Customized production is available according to solar project drawings, including base size, plate thickness, hole spacing, height, and overall dimensions.

Technical Specifications

Product Advantages

1. High Strength Q235 Steel Construction

Made from Q235 carbon steel with reliable mechanical properties.

Features:

• Strong load-bearing capacity
• Stable structural performance
• Suitable for long-term outdoor installation

2. Full Hot-Dip Galvanized Protection

The complete HDG process provides durable corrosion resistance.

Advantages:

• 60–120μm zinc coating
• Resistant to moisture and salt spray
• Suitable for coastal and humid environments
• Reduced maintenance requirements

3. Adjustable Installation Design

Slotted holes provide flexible positioning adjustment during construction.

Benefits:

• Corrects foundation positioning deviations
• Improves installation efficiency
• Reduces on-site modification work

4. Reinforced Foundation Connection

The widened base plate increases the contact area with concrete foundations.

Performance:

• Improved fixing stability
• Better wind load resistance
• Reliable connection between PV structure and foundation

5. Customized Solar Mounting Solutions

The bracket base can be manufactured according to different project requirements:

• Base plate dimensions
• Steel thickness
• Bracket height
• Hole spacing
• Structural design

Application Areas

Large Scale Solar Farms

Used for:

• Utility-scale photovoltaic power plants
• Ground-mounted solar arrays
• Fixed solar support structures

Agricultural Photovoltaic Projects

Suitable for:

• Agricultural complementary solar systems
• Rural PV installations

Mountain Distributed Solar Systems

Applied in:

• Uneven terrain PV projects
• Remote solar power stations

Coastal Solar Engineering

Suitable for:

• Waterfront photovoltaic projects
• High humidity and salt spray environments

Selection Guide

1. Confirm Foundation Type

Select the appropriate bracket base according to:

• Concrete foundation design
• Solar mounting structure type
• Installation method

2. Consider Environmental Conditions

For coastal or humid areas, hot-dip galvanized treatment with suitable zinc coating thickness is recommended.

3. Match Load Requirements

Choose suitable dimensions according to:

• Wind load
• Solar panel arrangement
• Support structure height

4. Verify Installation Adjustment Needs

Slotted hole design is recommended for projects requiring installation tolerance adjustment.