Agri-PV

Agri-PV

Agri-PV describes the simultaneous use of agricultural land for food production and solar power generation. At the same time, the land remains suitable for agricultural use, while solar modules are mounted, for example, at an elevated level so that plant growth and the use of machinery remain possible.

How it works

In contrast to conventional ground-mounted PV systems, where farmland is fully repurposed for energy generation, Agri-PV uses special mounting systems:

 • Elevated systems (3–5 m): modules are installed high enough to allow cultivation and the use of agricultural machinery
 • Vertical systems: modules are installed vertically — this saves space and reduces shading
 • Tracking systems (hemispherical): modules adapt to the position of the sun and can be integrated in rows or island layouts

The aim is dual use — in other words, to achieve the highest possible electricity yields while maintaining productive agriculture.

Typical applications

 • Agricultural land intended for simultaneous agricultural and energy use
 • Protection of crops against extreme weather events such as heat, heavy rain, or hail
 • Brownfield sites or agriculturally less productive land with additional PV benefits
 • Agri-PV as a means of income diversification for farms

Key figures & influencing factors

 • Land use ratio: share of the area that remains usable for agriculture (the higher, the better)
 • Power output (kWp): nominal output of the installed PV modules
 • Energy yield (kWh): amount of electricity generated per year (depending on technology, orientation, and location)
 • Investment and operating costs: depend on system design, mounting structure, and site conditions

Summary

Agri-PV creates a win-win situation: solar power generation and agriculture on the same land area. The model is particularly relevant for rural areas, as it uses land efficiently, offers farmers additional sources of income, and makes an active contribution to climate protection.

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