CARPORT
cars under a photovoltaic roof
CARPORT
In order to meet the electromobility trend, ML System offers carports adapted to the needs of electric and plug-in hybrid cars. The green energy produced also allows you to power other electric vehicles, such as scooters, bicycles. CARPORT, i.e. photovoltaic roofing for parking spaces, is a functional and aesthetic solution designed for city car parks and bicycle shelters. The use of solar energy to power the car or other electrical devices in the building allows you to save on electricity costs, while protecting the environment.
BENEFITS OF A PV CARPORT
PROTECTION AGAINST HARMFUL ATMOSPHERIC AGENTS
PROTECTION AGAINST HARMFUL ATMOSPHERIC AGENTS
PROTECTION AGAINST HARMFUL ATMOSPHERIC AGENTS
GREEN ENERGY
AESTHETIC AND DESIGN
TIGHTNESS
CARPORT PRODUCT LINE
CARPORT PRESTIGE
RATED POWER UP TO: 4.45 kWp
AMOUNT OF ENERGY PRODUCED: ~4.00 MWh/year*
The standard includes: aluminum construction, transparent glass/glass photovoltaic modules, inverter, electrical protection, mounting elements to the ground, sealing elements, mounting instructions, profile masking.
Construction parameters: | Prestige 15 | Prestige 10 |
Width | 5460 [mm] | 3666 [mm] |
Length | 5360 [mm] | 5360 [mm] |
Height | 2730 / 2262 [mm] | 2790/2316 [mm] |
Number of PV modules | 15 pcs. | 10 pcs. |
PV module dimensions | 1030 x 1768 [mm] | |
Axial spacing of foundations | 5338 x 5260 [mm] | 3537 x 5260 [mm] |
Material | aluminum | |
Color | RAL 7016 (basic) | |
Rated Power | 4455 [Wp] | 2970 [Wp] |
Max. Allowed voltage | 1000[V] | |
Energy production forecast on an annual basis | 4,00 [MWh] | 2,67 [MWh] |
AC voltage | 400/230 [V] | |
Strength according to Eurocode standards | ||
Snow | 1,5 [kN/m2] | |
Wind (wind pressure-suction) | wind zone | |
It is possible to use reinforcements for higher loads. |
- Charger - for electric vehicles
- Smart Light - modules with integrated LED lighting operating in ON/OFF mode or with variable intensity in DIMM mode
- NoFrost - Heated modules prevent the accumulation of snow and ice
- Engraving - Additional visual and lighting effect
CARPORT SUNENERGY
RATED POWER UP TO: 4.45 kWp
PRODUCED ENERGY: ~3.60 MWh/year*
The standard includes: aluminum construction, transparent glass/glass photovoltaic modules, inverter, electrical protection, mounting elements to the ground, sealing elements, mounting instructions, profile masking.
Construction parameters: | SunEnergy 15 | SunEnergy 10 |
Width | 5880 [mm] | 3916 [mm] |
Length | 5195 [mm] | 5195 [mm] |
Height | 2727/2274 [mm] | 2727/2274 [mm] |
Number of PV modules | 15 pcs | 10 pcs |
PV module dimensions | 986 x 1940 [mm] | |
Axial spacing of foundations | 5805 x 3038 [mm] | 3835 x 3047[mm] |
Material | aluminium | |
Color | RAL 7016 (basic) | |
Electrical parameters: | SunEnergy 15 | SunEnergy 150 |
Rated Power | 4080 [Wp] | 2720 [Wp] |
Max. Allowed voltage | 1000[V] | |
Energy production forecast on an annual basis | 3,60 [MWh] | 2,45 [MWh] |
AC voltage | 400/230 [V] | |
Strength according to Eurocode standards: | ||
Snow: | 1,2 [kN/m2] | |
Wind (wind pressure-suction) | 1 wind zone | |
It is possible to use reinforcements for higher loads |
- Charger - for electric vehicles
- Smart Light - modules with integrated LED lighting operating in ON/OFF mode or with variable intensity in DIMM mode
- NoFrost - Heated modules prevent the accumulation of snow and ice
- Engraving - Additional visual and lighting effect
CARPORT FRAME
RATED POWER UP TO: 6.67kWp
PRODUCED ENERGY: ~ 6.00 MWh/year*
The standard includes: aluminum construction, frame photovoltaic modules, inverter, electrical protection, mounting elements to the ground, mounting instructions.
Construction parameters: | Frame 15 | Frame 10 |
Width | 6285 [mm] | 4220 [mm] |
Length | 5440 [mm] | 5440 [mm] |
Height | 2777/2303 mm | 2777/2303 mm |
Number of PV modules: | 15 pcs | 10 pcs |
PV module dimensions | 1038 x 2094 [mm] | |
Axial spacing of foundations | 6214 x 3189 [mm] | 4120 x 3189 [mm] |
Material | aluminium | |
Color | RAL 7016 (basic) | |
Rated Power | 6675 [Wp] | 4450 [Wp] |
Max. Allowed voltage | 1000[V] | |
Energy production forecast on an annual basis | 6,00 [MWh] | 4,00 [MWh] |
AC voltage | 400 [V] | |
Strength according to Eurocode standards: | ||
Snow: | 1,2 [kN/m2] | |
Wind (wind pressure-suction) | 1 wind zone | |
It is possible to use reinforcements for higher loads |
- Double USB socket - for charging mobile devices
- Power socket - the possibility of building in a sealed 230VAC power socket in the construction
- Heating - heat radiation up to 70oC ensures comfort even on cold days
- Filling the space between the modules
CARPORT BASIC
RATED POWER UP TO: 6.67kWp
PRODUCED ENERGY: ~ 6.00 MWh/year*
The standard includes: steel structure, frame photovoltaic modules, inverter, electrical protection, mounting elements to the ground, assembly instructions.
Construction parameters: | Basic 15 | Basic 10 |
Width | 6282 [mm] | 4188 [mm] |
Length | 5360 [mm] | 5360 [mm] |
Height | 2790/2316 [mm] | 2790/2316 [mm] |
Number of PV modules: | 15 pcs | 10 pcs |
PV module dimensions | 1038 x 2094 [mm] | |
Axial spacing of foundations | 6162 x 3167 [mm] | 4068 x 3167 [mm] |
Material | steel | |
Color | RAL 7016 (basic) | |
Rated Power | 6675 [Wp] | 4450 [Wp] |
Max. Allowed voltage | 1000[V] | |
Energy production forecast on an annual basis | 6,00 [MWh] | 4,00 [MWh] |
AC voltage | 400 [V] | |
Strength according to Eurocode standards: | ||
Snow: | 0,9 [kN/m2] | |
Wind (wind pressure-suction) | 1 wind zone | |
It is possible to use reinforcements for higher loads |
- Double USB socket - for charging mobile devices
- Power socket - the possibility of building in a sealed 230VAC power socket in the construction
- Heating - heat radiation up to 70oC ensures comfort even on cold days
- Filling the space between the modules
BENEFITS ALL YEAR ROUND
The structure of the roof is made in a sealed option, protecting cars against sunlight and precipitation. The combination of modules with the No-Frost function eliminates the need to remove snow from the roofing, protects against the possibility of icicles being a threat to people and the risk of damaging the vehicle, as well as enables the production of electricity in the winter months (in periods when standard photovoltaic solutions lose their efficiency due to snow).
EXAMPLES OF OUR REALIZATIONS