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CARPORT DESIGN

 

Carports consist of four basic elements

Carports not only maximise the use of available space by producing green energy, but also provide reliable protection for vehicles from unpredictable precipitation. The supporting elements form a kind of sail covered with photovoltaic panels, under which users of previously designated parking spaces can enjoy shade and vehicle protection.

POSTS

The posts, which are fastened to the carport foundations, anchor the structure in the ground and provide support for the roof. Their length is determined by the user to adapt the height of the carport to his or her needs. The cross-section of the posts is carefully selected to ensure not only adequate strength, but also aesthetic values. The post structures are limited to I-beams and hollow sections to find the optimum balance between the strength of the structure and its aesthetics.

RAILS

the horizontal load-bearing components of the roof provide a solid base for the installation of photovoltaic panels, while at the same time they act as a reinforcement for the structure.

BEAMS

in the form of gradually tapering plate girders give the structure a visual lightness, so that it blends seamlessly into the aesthetics of the surrounding area.
Their length allows the installation of any type of photovoltaic panel by using dedicated connectors. The fact that the spacing between the support points of the rails can be adjusted is a key advantage of the structure offered, which allows it to be prefabricated, thus enabling a quick completion date.

ROOFING

in principle, it is the photovoltaic panels of the user's choice, while an option is an aesthetically pleasing trapezoidal sheet metal finished with felt to ensure a fully watertight roof.

CARPORT DESIGN

 

Carports consist of four basic elements

Carports not only maximise the use of available space by producing green energy, but also provide reliable protection for vehicles from unpredictable precipitation. The supporting elements form a kind of sail covered with photovoltaic panels, under which users of previously designated parking spaces can enjoy shade and vehicle protection.

POSTS

 

The posts, which are fastened to the carport foundations, anchor the structure in the ground and provide support for the roof. Their length is determined by the user to adapt the height of the carport to his or her needs. The cross-section of the posts is carefully selected to ensure not only adequate strength, but also aesthetic values. The post structures are limited to I-beams and hollow sections to find the optimum balance between the strength of the structure and its aesthetics.

RAILS

 

the horizontal load-bearing components of the roof provide a solid base for the installation of photovoltaic panels, while at the same time they act as a reinforcement for the structure.

BEAMS

 

in the form of gradually tapering plate girders give the structure a visual lightness, so that it blends seamlessly into the aesthetics of the surrounding area.
Their length allows the installation of any type of photovoltaic panel by using dedicated connectors. The fact that the spacing between the support points of the rails can be adjusted is a key advantage of the structure offered, which allows it to be prefabricated, thus enabling a quick completion date.

ROOFING

 

in principle, it is the photovoltaic panels of the user's choice, while an option is an aesthetically pleasing trapezoidal sheet metal finished with felt to ensure a fully watertight roof.

OUR DESIGNS

T-TYPE CARPORT

 

The T-type carport is designed for large-scale car parks with a front-to-back in-row parking arrangement. It allows vehicles to enter and exit on both sides without the risk of car doors colliding with the structure when getting out of the car. The monopitch roof allows optimum use of photovoltaic panels in car parks, especially with the structure facing south.

TECHNICAL DETAILS

Y-TYPE CARPORT

 

The Y-type carport is a solution for large-scale car parks with a front-to-back in-row parking arrangement. It allows vehicles to enter and exit on both sides and comfortable egress from the car without the risk of car doors colliding with the structure. The Y-type carport features a panel arrangement that is most favourable for car parks with east-west orientation.

TECHNICAL DETAILS

L-TYPE CARPORT

 

The L-type carport is a solution for car parks with a row-type parking arrangement. It ensures comfortable egress from the vehicle without the risk of the car door colliding with the structure. The L-type carport is ideal for both large and small car parks and is the perfect solution for dual use of parking space.

TECHNICAL DETAILS

V-TYPE CARPORT

 

The V-type carports is a functional solution for car parks with a row-type parking arrangement. The posts, which face inwards and connect to the canopy at the far end, give the structure a modern look. The V- type structure is ideal for modern architecture and makes an aesthetically pleasing addition to industrial or residential spaces. With its lightweight design, the structure can be assembled without the use of heavy equipment.

TECHNICAL DETAILS

4N-TYPE CARPORT

 

The 4N-type carport is a practical solution for car parks with a row-type parking arrangement. The posts, which face inwards and connect to the canopy at the far end, add lightness to the structure, which at the same time allows the doors to be opened without the risk of collision with the structure and eliminates the need to install side flashings. With its lightweight design, the structure can be assembled without the use of heavy equipment.

TECHNICAL DETAILS

WHY TIGA-CYNK CARPORTS?

 

The key advantage of a photovoltaic carport is the generation of green electricity while protecting vehicles from the weather, reducing heating effects in summer or preventing freezing in winter. Tiga-Cynk carports are distinguished by a unique combination of qualities:

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UNIVERSAL ASSEMBLY SYSTEM

 
The carports are equipped with an innovative connection system that allows the installation of any type of photovoltaic panels without the need to adapt the mounting holes. This solution is crucial for ensuring short delivery times and eliminating the need to drill holes in the structure on site, thereby affecting the anti-corrosion coating.
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WARRANTY

 
Each of the parts is protected by anti-corrosion coating applied with the use of innovative hot dip galvanising technology, the process of which includes continuous monitoring of the zinc bath. The quality and durability of the anti-corrosion coating is confirmed by a guarantee of 15 years.
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DELIVERY TIME

 
A well-organized management system of the technological process ensures quick delivery of Tiga-Cynk Carports, even for custom-designed structures.
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PARKING COMFORT AND FAVOURABLE CONDITIONS FOR ENERGY FACILITIES

 
In summer, carports provide shade and reduce the temperature of the parking space and thus improve the thermal comfort of the use of the vehicle, they also support the energy devices underneath such as inverters and car chargers by reducing their temperature, which has a beneficial effect on the loss of energy transmission between the devices. They isolate vehicles from precipitation such as hail, snow or rain, with beneficial effects on vehicle condition and safety.
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PROPRIETARY DESIGN

 
Tiga-Cynk offers unique assembly solutions that combine aesthetics with speed and simplicity of assembly. Each of the structure types we offer has been thoroughly tested in the form of demonstrators for ease and speed of assembly, while our in-house laboratory has tested the thickness of the anti-corrosion coatings and the accuracy of the workmanship.
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ADDITIONAL SYSTEMS

 
As an additional option, the carport can be equipped with a sealed roof system with gutters, the carport or parts of it can be painted in a RAL colour and traditional or piled foundations can be provided by subcontractors.

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Contact us!

Contact us directly or use the bid submission form!

carporty@tiga-cynk.pl
www.tiga-cynk.pl