Racks for mounting framed solar panels on flat roofs with 5°, 10° and 15° mounting tilts

Photovoltaic Panel Structure, Price

Photovoltaic (PV) panels are an essential component in generating clean, renewable energy from the sun. The cost of PV panels has dropped significantly in recent years, making them a more affordable option for individuals and businesses looking to invest in solar energy. One of the most important factors in determining the total cost of a photovoltaic system is the structure that supports the panels.

Roof structures

Roof-mounted structures are the most common mounting type for photovoltaic panels. They are fixed directly to the roof of a building and can be installed on flat roofs. They are made of aluminum for minimal load on the bearing plate. It is important that they are non-piercing type in order to preserve the hygro-insulation of the roof.

Impact of construction on the cost of energy produced

We select the most suitable construction for your photovoltaic panels. All elements are calculated for strength. They optimize for the lowest possible price. We prepare the legally required documentation, including etc. "Constructive opinion on attachment". We provide instructions to the customer for installation.

It is important to consider the long-term cost benefits of each type of structure when making a decision. For example, while a roof-mounted structure may seem more expensive initially, it can also increase the value of your property and provide long-term energy cost savings.

Conclusion

The construction of your solar panels is a significant factor in determining the overall strength of your solar system. When choosing a structure, take into account the type of building, the available space and the long-term benefits of the investment. The seamless scale system is a smart choice for a cleaner and more sustainable future.

Advantages

> 25 years product warranty;
> Wind tunnel tested;
> Incl. protection pads with aluminum coating;
> TUV certified, conforms to UL 2703;
> Patent pending;
> Without roof penetration;
> Optimum solar panel ventilation;
> Complimentary ballast calculation incl. roof layout;
> Made in Europe;

> Solar panel clamps with grounding pins;
> TUV certified, conforms to IEC 61215;
> Fire tested according to UL 1703;
> Best price value available;
> The fastest installation in the industry 1 kWp /5 min., 2 men;
> Statically optimized system;
> Less material = Less shipping costs;
> Optimized wind suction, therefore less ballasting;
> Optimized water drainage;
> Suitable for roof edge zones.

Technical Details

Mounting Tilt:  5°,  10°, 15°

Min. Array Size:   2 rows with 3 photovoltaics

Roof Edge Zone:  Roof areas F and G can be used

Panel Dimensions: 950 – 1050 mm x 1552 – 2080 mm (width - length)

Max. Roof Slope:   5 Degree

Roof Height:   max. 25m

Windload:   up to 2.4 KN/m2
(Design load as a load combination of dead load and wind suction)

Snowload: 

        Standard up to 2.4 KN/m2
        Alpin up to 4.4 KN/m2
       (Design load as a load combination of dead load, wind and snow pressure)

Materials: Supporting materials made of aluminum EN AW 6060 T64, solar panel-clamps aluminum EN AW 6063 T66, stainless steel screws, wind-deflector galvanized steel

Shipping: approx. 40 KW per pallet, 700 KW per truckload

System Requirement:
Proof of static load capacity of the roof and the insulation needs to be provided by customer.