For years, the utility-scale solar boom in Europe has faced a growing, high-stakes debate: Food vs. Fuel. As developers secure for land, they increasingly compete for prime agricultural real estate. This tension forces a false choice between clean energy generation and agricultural heritage.
Agrivoltaics is the obvious solution, but only if the engineering matches the operational reality of a working farm. Merely lifting standard trackers higher off the ground without upgrading the structural design introduces massive mechanical risk.
That is why we developed AgroPVH.
The engineering challenge: wind, torque, and soil
Raising tracker heights to clear farming equipment fundamentally alters the physics of the system. A taller structure acts like a massive sail, significantly increasing wind loads, torsion, and foundation stress.
To solve this, we did not rely on guesswork. We designed AgroPVH alongside CPP (Cermak Peterka Petersen). Through rigorous wind tunnel testing and aerodynamic analysis, we engineered structural configurations that guarantee aerodynamic stability, and long-term reliability during extreme weather events.
Instead of over-engineering steel weight — which drains project CAPEX — our designs are optimized to provide necessary clearance without sacrificing mechanical safety.
Real farm parameters: 1P and 2P configurations
A viable agrivoltaic project must adapt to the specific crops, livestock, and machinery of the local region. AgroPVH offers highly configurable 1P and 2P agrivoltaic tracker solutions engineered for real-world agricultural operations:
- Adjustable Heights: Configurable for various crop profiles and livestock needs, from low-vegetation grazing to high-clearance crop environments.
- Optimized Row Spacing: Spaced to facilitate standard agricultural tractors and equipment, ensuring farmers can work the land without risk of collision.
- Livestock Integration: Safely accommodates grazing, allowing animals to move freely beneath the tracker structures.
Dual productivity: the real yield gains
AgroPVH never forces developers to sacrifice solar performance, nor does it ask farmers to compromise crop yield.
- Controlled Shading: Creates favorable soil microclimates, shielding delicate crops and improving water retention.
- Dual Productivity: Multiplies the output of a single plot by generating clean energy and agricultural yield simultaneously.
- Long-Term Value: Helps developers secure permits and land leases faster by offering a true dual-income model that preserves the land original purpose.
Agrivoltaics has moved past the experimental phase.
With AgroPVH, it is a bankable, aerodynamically proven structural solution ready for utility-scale deployment.
Ready to look at the exact mechanical limits?
