- New
Protect your car and generate your own electricity at the same time!
The VICA 1 car SOLO is a functional carport designed for one vehicle and equipped for the installation of 9 photovoltaic panels. It is a practical solution for homeowners who want to make better use of the space around their property by combining vehicle shelter with solar energy generation.
The VICA carport is manufactured in Poland, with production carried out entirely within the European Union. Quality control of materials and structural components helps ensure consistent manufacturing standards.
Made in Poland and available from a Polish warehouse.
25-year warranty on the anti-corrosion coating.
Steel structure supplied with mounting components and panel clamps.
The complete kit is delivered on one pallet directly to your specified address, including the construction site. The invoice is sent electronically after the order has been dispatched.
The structure weighs 480 kg, and no individual component exceeds 2,370 mm in length. Bolted connections and standard bolts simplify assembly, which can be carried out using basic tools.
According to the manufacturer's estimates, installation may take approximately one day for one person or a few hours for two people. The actual installation time depends on site preparation, working conditions and the foundation method. The structure must be installed in accordance with the technical documentation and site requirements.
The declared performance parameters of the VICA 1 car SOLO include wind resistance of up to 30 m/s (108 km/h) and a snow load of up to 2.6 kN/m² (approximately 265 kg/m²).
Before purchasing, verify the conditions at the intended installation location. For particularly exposed locations, such as mountainous areas, coastal zones or open areas subject to strong winds, consultation with a structural engineer is recommended. The stated values do not replace a site-specific structural assessment.
| Parameter | Specification |
|---|---|
| Model | VICA 1 car SOLO |
| Number of parking spaces | 1 |
| Number of PV panels | 9 |
| Panel orientation | Portrait / vertical |
| Maximum declared wind speed | 30 m/s (108 km/h) |
| Declared snow load | 2.6 kN/m² (approx. 265 kg/m²) |
| Execution class | EXC2 |
| Structural steel | S350GD |
| Protective coating | Magnelis ZM310 |
| Fasteners | Austenitic stainless steel A2-70 |
| Maximum component length | 2,370 mm |
| Compatible panel thickness | 30–40 mm |
| Maximum panel dimensions | 1,140 × 1,950 mm |
| Panel clamps | Adjustable side clamps included |
| Total weight | 480 kg |
| Packaging | 1 pallet |
| Warranty | 25 years on the anti-corrosion coating |
The profiles are made of S350GD structural steel, protected with a Magnelis ZM310 coating. This zinc-aluminium-magnesium alloy provides high corrosion resistance. The fasteners are made of A2-70 stainless steel.
The structure is manufactured to execution class EXC2 in accordance with the requirements of EN 1090-1. The materials and protective coatings have been selected to ensure durability and reliable performance under varying weather conditions.
The product documentation refers to the following standards and quality requirements:
EN 1090-1
EN 1090-2
EN 1090-4
PN-EN 1991-1-3 – Snow loads
PN-EN 1991-1-4 – Wind actions
PN-EN 1993-1-8 – Design of steel joints
ISO 9001 – Quality management system
DXF drawings, installation instructions, the EN 1090-1 and ISO 9001 certificates, and the GPSR safety information sheet are available in the document gallery.
| Included in the kit | Purchased separately |
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The VICA 1 car SOLO is designed for customers looking for functional vehicle shelter with the option of generating solar energy. Polish manufacturing, convenient logistics and a structure prepared for 9 photovoltaic panels make it a solution worth considering when planning a modern residential space.
Interested in the VICA 1 car SOLO carport? Check the conditions at your installation location, select the appropriate photovoltaic components and plan an installation suited to your project.
Important: The stated load parameters should be verified for the specific installation location. The suitability of the structure depends on local wind and snow zones, terrain exposure, altitude and the project requirements. The technical documentation and warranty terms should be checked before installation.