Ground mounted solar structures 2V + 1V (2 +1 vertical – 1 pole)
The structure for solar panels on the ground 2V+1V (2+1 vertical – 1 pole) is a support system consisting of two vertical columns connected by one pole. This structure allows for more efficient use of space by placing three solar panels in a compact area. The panels can be adjusted to optimize the collection of solar energy throughout the day. The structure is built with durable, corrosion-resistant materials such as galvanized steel to ensure a long lifespan and protection against weather conditions. This structure is suitable for both residential and industrial applications, and can be installed on flat or slightly sloped terrain.
The system is designed to capture solar radiation in the shade area of panels mounted in 2V configuration or at older photovoltaic parks between rows.
- Compatible with any model of photovoltaic panel
- Low delivery price
- Delivery time on site in a very short term of 15 days
- Fast installation leading to reduced labor costs
- Structure approved by MLPAT for use in Romania
Model structura metalica cu amplasarea panourilor in forma 2 x vertical si o structura separata tip 1V.
The structure is made of galvanized steel S235-S355 ZN 275.
This structural system is used in areas where the soil has sufficient consistency to fix a C 100/60/17/3.0 mm post that can withstand a reaction of 800 kg.
Posibilitate montaj in 10 zile la puterea instalata de 400 kWp
The foundation method is through ramming or in special cases, concrete piers.
Not recommended in areas with marshy, sandy or very high groundwater terrain.
The 2V + 1V (2 + 1 vertical - 1 pole) ground-mounted solar panel structure is a support system for solar panels consisting of two fixed vertical columns and an additional vertical column connected through a central pole. The photovoltaic panels are fixed to the horizontal crossbars that connect the two main vertical columns, and the additional vertical column provides an additional support position, ensuring greater stability. This structure is recommended for installation on sloped terrain, where other structures would be more difficult to install. Additionally, this structure allows for easier adjustment of the panel angle, through special mechanisms for adjusting the angle of inclination. Thus, solar energy production can be optimized based on the season and the latitude of the location. This structure is suitable for placement in areas with strong winds, as the central pole provides greater stability. Moreover, this structure can be used for placement on irregularly shaped or obstacle-ridden terrain, where other structures would be more challenging to install.
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.
