Agrivoltaics
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Keywords:
Agrivoltaics
A quality management system that covers the entire chain—from raw material entry into the factory, through the production process, to finished product shipment—employs standardized, data-driven, and intelligent controls to ensure that every single product meets both industry standards and customer-specific requirements, thereby providing safe and reliable assurance for sectors such as food.
Detailed introduction
Application Overview
Agrivoltaics is an integrated utilization model that combines agricultural production with photovoltaic power generation. By installing photovoltaic support structures above farmland, this approach achieves “power generation above and crop cultivation below.” The photovoltaic arrays provide appropriate shading, which helps increase soil moisture and improve the growing environment for crops, thereby realizing dual benefits from the same land.
Scene advantages
Land value appreciation
Achieve dual value enhancement through both agricultural cultivation and power generation revenue.
Increase land-use efficiency by 1.5–2 times
Improve agricultural ecology
Photovoltaic modules provide shade, reducing evaporation by 10–30%.
Conducive to cultivating shade-loving or low-light-sensitive crops (such as medicinal herbs, flowers, edible mushrooms, etc.).
Green and low-carbon
Combining photovoltaic power stations with agriculture reduces agricultural energy consumption and carbon emissions.
Building a Sustainable Ecological Agriculture System
Installation Features / Technical Requirements
Adopt a large-span, high-elevation structure (column height: 3–6 meters).
The support structure must have good wind and snow resistance.
Without disrupting the original farming routes, use mechanized operation channels.
Recommended options: galvanized steel profiles, aluminum-steel hybrid brackets, and high-strength foundation footings.
Applicable Product Type
Double-column ground support system
Flexible support system
Photovoltaic Carport/Agricultural Shed Support System
Single-axis/dual-axis tracking system
Typical Application Cases
Agrivoltaic power plants with a capacity of 20–100 MW
A combined project integrating medicinal herb cultivation, grape trellises, strawberry greenhouses, and photovoltaic systems in tea gardens.
Reasons to Choose Us
Over 100+ agrivoltaic project experiences
Provide crop-specific light environment simulation.
The support structure has a high safety factor and is compatible with the passage of mechanized agricultural machinery.
End-to-end technical support (structural analysis + construction guidance + full-lifecycle maintenance)
Related products
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Keywords:
Agrivoltaics