Farming Mounting System Detailed Specifications

Key Components and Specifications:

Materials:

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Common materials include aluminum alloys (like 6005-T5) and galvanized steel (like Q235 or Q355). Aluminum offers lightweight and corrosion resistance, while steel provides strength and durability

Corrosion Resistance:

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Appropriate surface treatments like anodization for aluminum or hot-dip galvanization for steel are crucial for preventing corrosion, especially in agricultural environments. 

Wind and Snow Load Resistance:

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The system’s design must account for local wind and snow loads to ensure structural integrity. Typical specifications include wind speeds up to 60 m/s and snow loads of 1.4 kN/m². 

Tilt Angle and Orientation:

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Adjustable tilt angles are often incorporated to optimize solar energy capture based on latitude and seasonal variations. 

Foundation:

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Ground screw foundations are a common choice for their ease of installation and adaptability to various terrains. Concrete foundations may be used in specific situations. 

Module Compatibility:

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The system should be designed to accommodate different sizes and types of solar panels or other farm equipment. 

Installation

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Pre-assembly of components can significantly reduce on-site installation time and labor costs. 

Customization:

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Many manufacturers offer customized design services to meet specific project requirements, including terrain considerations, module layouts, and environmental factors. 

Longevity:

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The system should be designed for a long service life, often with warranties of 10-20 years. 

Other Considerations:

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For Agri-PV systems, it’s important to consider light transmission for crop growth and the potential for integrating other features like bug netting or shade cloth.

Examples:

Ground Mounting Systems: These are used for solar panel installations on farmland, allowing for crop cultivation underneath. 

Agri-PV Systems: These systems combine solar energy generation with agricultural production, requiring careful design to balance energy needs and crop requirements

Other Farm Structures:

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Mounting systems are also used for greenhouses, animal shelters, and other farm buildings.

Specification of Farming Mounting System for Solar Panels

Item

Description / Specification

Mounting Type

Farming Mounting System / Agri-PV (Agrivoltaic System)

Application

Agricultural land, greenhouses, crop fields, livestock areas

Structure Material

Hot-Dip Galvanized Steel / Aluminum Alloy (AL6005-T5)

Fastener Material

Stainless Steel (SUS304)

System Height

2.5 m – 4.5 m (adjustable for machinery and sunlight penetration)

Tilt Angle

5° – 30° (adjustable based on latitude and crop type)

Installation Type

Ground-mounted with driven piles or concrete foundations

Land Use Efficiency

Supports dual use — solar + agriculture

Light Transmission

Optional gap spacing or bifacial modules for crop-friendly shading

Wind Load Resistance

Up to 160 km/h

Snow Load Resistance

Up to 1.6 – 2.0 kN/m²

Cable Management

Integrated cable trays above ground

Machinery Access

Designed to allow tractors and other farming equipment to operate beneath

Expected Lifespan

≥ 25 years

Compliance Standards

IEC 61215, IEC 61730, AS/NZS 1170, ISO 9001, TUV certified

SA-R3000-V3R Solar Farm Mounting System

Product Characteristics

Model No.

 SA-R3000-V3R

Product Warranty

10 Years

System Overview

Type

Farming

Mounting System Arrangement

Rows, Columns

Panel Framing

Framed

Panel Orientation

Landscape

Roof Pitch

0-60 °

Tilt Angle

0-60 °

Wind Load

216 km/h

Snow Load

3 kN/m2

General Data

Supporting Structure Materials

Aluminium

Small Parts Materials

Aluminium