AGRO-PV ground-mounted photovoltaic panel mounting structures (2-pole canopy)
The AGRO-PV ground-mounted solar panel structure is specifically designed for solar installations in agriculture. This structure takes the form of a canopy that provides partial shade for the crops underneath it, while also supporting the photovoltaic panels for electricity production. The structure is made up of two supporting posts and a series of cross beams that support the photovoltaic panels. The panels are placed above the beams and are designed to provide partial shade to the crops underneath them.
This type of AGRO-PV structure is designed for mounting photovoltaic panels in agricultural areas, fruit trees, animal husbandry or even cereal crops where openings are more generous to be used for harvesting combines.
- Compatible with any model of photovoltaic panel
- Structure suitable for agricultural land and does not require concrete foundations
- Short delivery time to the site within 15 days
- Quick installation reducing labor costs
- Structure is certified by MLPAT for use in Romania.
The AGRO-PV solar panel structure is a specially designed structure for solar installations in agriculture.
The structure is made of galvanized steel S235-S355 ZN 275.
Possibility of installation within 15 days for a installed power of 1000 kWp
The foundation method is ramming
Based on the geotechnical report, the depth of foundation for the posts can be calculated and soil tests can be performed to determine the anchoring strength of the posts
This structure can be installed on any type of terrain.
Depending on the size and shape of the solar panels, the structure can be customized to fit perfectly with the solar installation. Additionally, the structure can be equipped with wiring and accessories to connect the solar panels to the existing electrical system.
The panels used in the photovoltaic structures are designed to carry the 6mm2 solar cables for direct current transport.
The structure of the photovoltaic panels is ingeniously designed with profiles that also serve as cable trays, ensuring the transportation of the 6mm2 DC solar cables. This intelligent design significantly reduces electrical installation costs by eliminating the need for an additional metallic cable tray.
