Dimension

FLASH

The FLASH carport model was developed for vertical parking in public spaces.

Parking field size: 250cm x 500cm, minimum height 235cm                                                                   Snow load: max 120kg/m2 (525 m.a.s.l.)
                                                                                                                                                                                Optional: max 200kg/m2 (700 m.a.s.l.)
Double parking space: 500cm x 500cm, minimum height 235cm                                                                                              
              (other parking field sizes are conditionally possible)

Fulfills the impact protection for parking garages for cars smaller than 30kN dead weight, DIN standard DIN 1991-1-7/NA
(impact load of 1000kg frontal or lateral) 

Roofing with in-roof or on-roof PV-system possible.

Visualiserung Tragkonstruktion Flash, Planung & Konzipierung: swisscarport.ch © Visualization supporting structure Flash, bifacial modules | Planning & design: swisscarport.ch©

"Supporting structure made of 90% wood the most sustainable building material in the world."



 


Parking space allocation -straight

 

SOLARWING

The SOLARWING model is suitable for both vertical and inclined parking.

Parking space 230cm x 500cm, distance between supports 690cm (up to 525m.a.s.l.)
Parking space 250cm x 500cm, distance between supports 500cm (up to 800m.a.s.l.) 

The impact protection of parking garages for cars less than 30kN dead weight, DIN standard DIN 1991-1-7/NA 
(impact load of 1000 kg frontal and lateral)

Roofing with in-roof or on-roof PV-system possible.

"Supporting structure made of 80% wood the most sustainable building material in the world".
 

Unlike the FLASH model, the support of the SOLARWING is vertical and made of an IPE steel profile. 
This allows even more freedom of movement when parking, getting in and out and when parking. 
 

Parking space allocation -straight




Parking space allocation- Oblique 90°

Parking space allocation- Oblique 180°


 

 

 

Roof structures

Single (one-sided cantilever)

 Optionaler Anfahrschutz, nach Kundenwunsch bestellbar.
















Single, SOLARWING model | Planning & Design: swisscarport.ch©

 Optionaler Anfahrschutz, nach Kundenwunsch bestellbar.














Single, Model FLASH | Planning & Design: swisscarport.ch©

 

Double (cantilever on both sides)

 Optionaler Anfahrschutz, nach Kundenwunsch bestellbar.













Double, Model SOLARWING | Planning & Design: swisscarport.ch©

 Optionaler Anfahrschutz, nach Kundenwunsch bestellbar.














Double, Model FLASH | Planning & Design: swisscarport.ch©

 

"T", SOLARWING model

Visualisierung Double Wing, bifaziale Module | Planung, Konzipierung & Statik: swisscarport.ch©"T", Model SOLARWING | Planning & Design: swisscarport.ch©

 

"W", SOLARWING model

"W", Model SOLARWING | Planning & Design: swisscarport.ch©  

With the model "W", SOLARWING is also covered the roadway between the parking rows.
  
 

No obstruction by supports when parking and opening the doors, fixing the charging stations to the supports from the carport.

 

In both models, the structural parts in wood have a constructive weather protection. The wooden construction is therefore hardly exposed to sun and weather and therefore extremely low-maintenance and durable. 
The outside of the laterally terminating trusses are clad with weather-resistant panels. Thus, these directly weathered parts are also protected from sun and weather.
 

 



 Cladding of HPL compact panels on the outside of the carport facing the weather.







HPL cladding on support.
 





In the FLASH model, the wooden supports stand on a steel foot sill, which prevents the wooden support from coming into contact with the ground and protects it from rising damp.

In case of flat terrain, a hot-dip galvanized steel profile HEA 160 is used. 

In case of uneven terrain, an IPE 360 can be used. With it can be used
differences of 20cm from the ground can be compensated without having to adjust the without having to adjust the length of the supports.  


For the SOLARWING model, larger terrain unevenness can be easily compensated with different length supports.