Solar carport by UV.energy
Large car parks where rows of cars are parked – or sometimes aren’t. Such spaces are a paradise for local energy generation. Here, solar power plants can be built without taking up a single square centimetre of additional space and without sacrificing a single parking space. On the contrary: existing car parks are actually significantly enhanced. Here, the energy transition can gain momentum in no time at all.
UV.carports are modular, standardised carports for large areas, equipped with PV systems and easily connectable to one another. This transforms usable space into local energy infrastructure. Simple, efficient, scalable.
For local authorities, supermarkets, car dealerships and other businesses with large car parks.
Solar carport: ingeniously simple and extremely robust
One carport next to another, each roof fitted with a solar panel system, all interconnected to form a powerful solar power plant. That’s how simply UV.carports work. Firmly anchored to the ground using ground anchors, they require no concrete foundations. This speeds up the planning permission process. Pre-planned digitally using satellite imagery and AI, UV.carports are installed and fully operational in no time at all.
UV.carports can optionally be upgraded to vandal-proof electric charging points. The necessary technology is already pre-installed.
General information
| Type | Unit | Value |
| Total length | mm | 5256 |
| Total length | mm | 2400 – 2700 |
| Total length | mm | 3369 |
| Wide frame | mm | 2400 |
| Length of support leg | mm | 1585 |
| Clearance height | mm | 3114 |
| Frame material | Stahl, verzinkt | |
| Frame colour (optional) | RAL | |
| Frame weight | kg | 1865 |
| Total weight | kg | 2020 |
| Roof load (snow) | kg/m2 | 252 |
| Wind load | km/h | 90 |
Electrical specifications
| Type | Unit | Value |
| PV modules | ||
| Minimum power per parking space | kWp | 2,6 |
| Efficiency of a PV module | % | min. 22 |
| Inverter | ||
| Max. input power | kW | 75 |
| Rated power, AC output | kVA | 50 |
| Rated voltage (AC output) | V | 229/380 (3/P/E) 230/400 (3/N/PE) 240/415 (3/N/PE) |
| max. efficiency | % | 98,1 |
| Circuit design | trafolos | |
| Ambient temperature | °C | -25 – +60 |
| Protection rating | IP66 | |
| H x W x D | mm | 765 x 670 x 298 |
| Weight | kg | <45 |
UV.energy case studies
The energy transition in the blink of an eye
We are rethinking local energy generation. Simple, scalable and, above all, achievable. For a rapid and effective energy transition led by businesses, local authorities and infrastructure operators.
vision
The benefits of UV.carport
Save money,
protect the environment
Precisely planned digitally using satellite imagery and AI, installed quickly and efficiently, and ready to go immediately after installation. Not only is this cost-effective, it also helps protect the environment from the very first minute.
Stay one step ahead
of the law
Planning permission takes an extremely long time. Because UV.carports use ground anchors instead of concrete foundations, which require planning permission, you can avoid the lengthy approval process.
Make sure you make the
perfect impression
Standardised, modular and meticulously designed. This also means that UV.carports impress with their stylish design.
‘Shadow parkers’
are cool
UV.carports turn dangerous parking in the sun into a relaxing experience. No more overheating of the interior – just cool, shaded parking that also offers real protection in bad weather.
Become a role model for
sustainable land use
UV.carports make a statement. They’re not expensive, but they’re effective. Show that you’ve grasped how to make the most of available space and put it to perfect use for the energy transition. Show that the energy transition needs nothing more than a parking space.
Show your electricity
the shortcut
No more long-distance transmission via large power stations, overhead power lines and substations. With UV.carports, you can use electricity right where it’s generated and produce it right where it’s needed.
We’ve thought of everything
Financing
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What financing options are available?
We have developed three financing options to offer a financially viable solution for everyone.
The most commonly used option is the so-called Power Purchase Agreement (PPA): UV.energy builds the system, and the customer receives the solar power generated by the system under a long-term, reliable contract.
Those who wish to own and use the PV power plant immediately should opt for the direct purchase: UV.energy designs, supplies and installs the system for immediate use. You receive a clear price with no hidden costs and can get started straight away.
If you would like to own a system from UV.energy but cannot or do not wish to opt for a direct purchase, you can choose to finance the system through UV.energy. Together with a reliable financial partner, we can make this option available to you. Please get in touch!
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How much does a system cost?
The total cost of a facility depends on the number of UV.carports. There are also costs associated with soil testing. In order to plan a UV.carport facility and implement the project cost-effectively, we require a minimum of 10 spaces. You will receive a project proposal, including a guide price, once the planning has been finalised on our calculator.
Design
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Will all the cars fit in the car park?
UV.carports are designed to accommodate even tall and wide vehicles. The height is sufficient to accommodate even small vans and motorhomes. The width of a UV.carport is flexible and, as standard, covers parking bay widths from 2.30 m to 2.70 m. The clear height of the UV.carport system is 3.00 m at the rear of the supports and approximately 3.15 m at the front.
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How is the electricity connected?
The power cables and all other technical components are integrated into the roof of the UV.carports. All the necessary connections are pre-configured here, so that the individual UV.carports can be linked together using a simple and secure plug-in system. The inverters are mounted on the rear of the carports at a safe height or, on request, can be grouped together in the vicinity of the parking area to ensure better access, for example for maintenance. If the electricity from the photovoltaic systems is to be used within a building, we will work with you to plan the necessary installation and cabling.
Benefits
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Is there a minimum size for a carport?
UV.carport has been developed to transform large infrastructure sites into energy infrastructure. The system therefore really comes into its own over larger areas. Optimal performance is achievable with a minimum of 10 units. Furthermore, UV.carport can be expanded indefinitely.
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Can UV.carport also be used to charge electric cars?
Even in their standard configuration, UV.carports are already future-proofed for charging electric cars. For you, this means you can easily upgrade your UV.carport to an electric charging station at any time—or order it that way from the start. It’s reassuring to know that we designed the structure from the ground up to be vandal-proof.
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Which areas are suitable?
Ideally, the site for a UV.carport installation should provide space for at least 10 carports, plus the necessary manoeuvring space for the vehicles. It is also important to have a load-bearing surface to ensure that the ground anchors are firmly secured. UV.energy will carry out a professional ground assessment on your behalf.
