Agri-Photovoltaic substructure in row system in south orientation for fruit and berry cultivation.

Height and width can be adjusted individually, modules are placed crosswise on top. There is a main tube with one module row in each plant row. Only two rows are connected to each other by means of strut.

©Photographs: ZIMMERMANN PV-Steel Group

Agri-Photovoltaic substructure in row system in east-west orientation for fruit and berry cultivation.

Height and width can be adjusted individually, modules are placed crosswise on top. The mounting table has an inclination of 10° (+- 1,5°). There is a main tube in each row of plants, above which sits a row of modules. Only two rows are connected by inclined tubes.

©Photographs: ZIMMERMANN PV-Steel Group

Agri-Photovoltaic substructure in row system with tracking for the optimal alignment of the PV modules to the sun by a tracker system for fruit, berry and vine cultivation.

Height and width individually for adjustment, modules across and horizontally on top. The dimensions (height, width, connection strut) are variable and can be adjusted according to customer requirements.

Agri photovoltaic substructure with tracking for optimal alignment of PV modules to the sun by tracker system for agriculture.

With flexible height and tilt adjustment, the tracker-guided system can be unproblematically adapted as an Agri-PV system, customizable.

Solar modules are optimally aligned throughout the day by sensors, so that the light almost always hits the modules perpendicularly.

©Images: ZIMMERMANN PV-Steel Group

Agri-Photovoltaic substructure vertical wall mounting - doubles the yield of the cultivated area by combining agricultural use and photovoltaics. This vertical system offers an efficient approach to agriculture that increases productivity while utilizing renewable energy.