Agri-PV Mounting System
Established in 1999, SR Solar designs and manufactures engineered agrivoltaics (Agri-PV) mounting systems for EPC contractors, agricultural developers, and utility-scale solar projects worldwide. Our customized structures are engineered to support agrivoltaics farming, enabling efficient solar power generation while maintaining productive agricultural land use through reliable, long-lasting mounting solutions.
What Is an Agri-PV Mounting System?
Agrivoltaics, also known as Agri-PV, is an innovative approach that combines solar energy generation with agricultural production on the same land. Instead of competing for land resources, agrivoltaics farming enables crops, livestock, and photovoltaic systems to coexist, maximizing land productivity while supporting sustainable energy development.
Compared with conventional ground-mounted solar projects, Agri-PV systems require elevated structures, optimized row spacing, and customized engineering to ensure sufficient sunlight, ventilation, irrigation, and access for agricultural machinery. As governments and developers increasingly promote dual land use, agrivoltaics has become one of the fastest-growing applications in utility-scale and commercial solar projects worldwide.
SR Solar designs and manufactures engineered Agri-PV mounting systems that deliver long-term structural reliability while meeting the unique requirements of modern agricultural environments.
Complete Agri-PV Mounting Solutions
Get a Customized Solar Racking Solution & Wholesale Pricing
Direct from Tier-1 manufacturing facility. Tailored for commercial, industrial, and utility-scale solar projects worldwide.
Solar Mounting System Bulilt to Last
SR Solar Agri-PV mounting systems are engineered to support dual land utilization by integrating solar power generation with agricultural activities. Each structure is carefully designed and tested to ensure long-term stability while accommodating crop growth, irrigation systems, and farm machinery access.
Manufactured from high-strength carbon steel or aluminum alloy with superior corrosion-resistant coatings, our Agri-PV solutions are built for continuous outdoor operation across diverse agricultural environments. Through optimized structural layouts and project-specific engineering support, SR Solar delivers durable Agri-PV systems backed by up to 25-year structural durability design life.
Solution Advantage & Premium Quality
Flexible Design & Adaptability
Every Agri-PV project requires customized engineering to balance agricultural productivity and solar generation.
Agricultural Compatibility: Layouts are designed around crop requirements, irrigation systems, and farming operations.
Operational Flexibility: Customized row spacing and clearance heights allow smooth access for agricultural machinery.
Material Optimization & Longevity
Engineered for long-term operation in demanding agricultural environments.
High-Grade Selection: Utilizes anodized aluminum AL6005-T5, ZAM steel, and hot-dip galvanized steel for enhanced corrosion resistance.
25+ Year Lifespan: Designed to withstand moisture, fertilizers, agricultural chemicals, and extreme weather conditions.
Certified Reliability & Compliance
Robust structures engineered according to international standards and local project requirements.
Global Standards: Fully compliant with AS/NZS, ASCE, EN, and JIS codes.
Proven Safety: Every design undergoes rigorous FEA verification to ensure structural reliability throughout the project lifecycle.
Easy Installation & Optimized Delivery
Designed to reduce construction timelines while simplifying installation in agricultural environments.
Efficient Assembly: Pre-engineered structural components minimize on-site installation work.
Smart Logistics: Systematic packaging and optimized shipping plans reduce logistics costs and improve project execution efficiency.
End-to-End Engineering Support
Add Your Heading Text Here
Success Stories
Korea
Japan
Japan
China
Japan
FAQS
1. What is agrivoltaics?
Agrivoltaics, also known as Agri-PV, is a dual land-use approach that combines solar power generation with agricultural production on the same piece of land. By installing elevated solar mounting structures, crops, livestock, or other farming activities can continue beneath the photovoltaic panels. This approach improves land-use efficiency while supporting both renewable energy development and sustainable agriculture.
2. What is the difference between agrivoltaics and Agri-PV?
There is no significant difference. “Agrivoltaics” is the full technical term commonly used in the renewable energy industry, while “Agri-PV” is its abbreviated form. Both describe solar photovoltaic systems designed to coexist with agricultural activities, allowing electricity generation and farming to take place simultaneously.
3. What types of agricultural land are suitable for agrivoltaics farming?
Agrivoltaics farming can be applied to a wide range of agricultural environments, including vegetable fields, orchards, vineyards, tea plantations, livestock grazing areas, and medicinal herb farms. The mounting structure can be customized to provide appropriate clearance height, row spacing, and sunlight conditions based on the specific crops or farming operations.
4. Can agricultural machinery operate under Agri-PV mounting systems?
Yes. Professional Agri-PV mounting systems are designed with sufficient ground clearance and row spacing to accommodate tractors, harvesters, irrigation equipment, and other agricultural machinery. The structural layout is customized according to project requirements to ensure that normal farming operations can continue without compromising solar power generation.
5. What foundation options are available for Agri-PV mounting systems?
The foundation type depends on the site’s soil conditions, project scale, and local construction requirements. Common options include ground screw foundations, driven pile foundations, and concrete foundations. SR Solar provides engineering recommendations based on geotechnical reports to help clients select the most suitable foundation solution.
6. Can Agri-PV mounting systems be customized for different crops and project requirements?
Absolutely. Every agricultural project has unique requirements. SR Solar provides customized structural solutions with adjustable clearance heights, row spacing, tilt angles, and foundation options to accommodate different crops, farming equipment, climate conditions, and local design standards.
7. How long does an Agri-PV mounting system last?
SR Solar’s Agri-PV mounting systems are manufactured from high-strength carbon steel or aluminum alloy with advanced corrosion-resistant surface treatments. Designed according to international engineering standards, the structures provide excellent durability and are engineered for a structural design life of up to 25 years under normal operating conditions.
8. Does SR Solar provide engineering support for Agri-PV projects?
Yes. SR Solar offers comprehensive engineering support throughout the entire project lifecycle. Our services include structural design, wind and snow load calculations, foundation recommendations, customized layouts, installation guidance, logistics coordination, and responsive after-sales technical support. We work closely with EPC contractors, project developers, and distributors to deliver reliable and cost-effective Agri-PV mounting solutions.