- Product Details
- {{item.text}}
Quick Details
-
Brand Name:
-
TY-Solar
-
Model Number:
-
A-533
-
Frame Materia:
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Metal, 60603-T5 Aluminum Alloy
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Canopy Material:
-
Polycarbonate Sheet
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Size:
-
Customized Size
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Aluminum alloy frame thickness:
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1-4mm
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Design:
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M/Y/Tandem/single/cable-stay Style
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Application:
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Car Parking
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Product Name:
-
Aluminium Carport
Quick Details
-
Pressure Treated Wood Type:
-
Heat Treated
-
Sail Finishing:
-
Pvc Coated Fabric
-
Place of Origin:
-
ZheJiang
-
Brand Name:
-
TY-Solar
-
Model Number:
-
A-533
-
Frame Materia:
-
Metal, 60603-T5 Aluminum Alloy
-
Canopy Material:
-
Polycarbonate Sheet
-
Size:
-
Customized Size
-
Aluminum alloy frame thickness:
-
1-4mm
-
Design:
-
M/Y/Tandem/single/cable-stay Style
-
Application:
-
Car Parking
-
Product Name:
-
Aluminium Carport
Product Description
|
item
|
value
|
|
Type
|
Garages, Canopies & Carports
|
|
Place of Origin
|
ZheJiang
|
|
Brand Name
|
TY-Solar
|
|
Model Number
|
A-533
|
|
Frame Material
|
Metal
|
|
Frame Finishing
|
hot galvanized
|
|
Pressure Treated Wood Type
|
Heat Treated
|
|
Sail Finishing
|
Pvc Coated Fabric
|
|
Type
|
Garages, Canopies & Carports
|
|
Frame Materia
|
Metal, 60603-T5 Aluminum Alloy
|
|
Frame Finishing
|
Powder Coated,3D wood grain processing
|
|
Sail Finishing
|
Surface UV coating
|
|
Canopy Material
|
Polycarbonate Sheet
|
|
Aluminum alloy frame thickness
|
1-4mm
|
|
Design
|
M/Y/Tandem/single/cable-stay Style
|
|
Application
|
Car Parking
|
|
Size
|
Customized Size
|
|
Product Name
|
Aluminium Carport
|
1. What is a solar carport?
A solar carport is a specially designed structure that is usually used to park vehicles while also collecting solar energy on the top of the carport through solar photovoltaic panels and converting it into electricity. This provides shade and rain protection for the carport, while simultaneously charging electric vehicles or powering other devices.
2. How does the solar carport work?
Solar carports are topped with solar photovoltaic panels that convert sunlight into DC electricity. The DC power is then converted to AC by an inverter to feed the electronics inside the carport or inject power into the grid.
3. Can the solar carport charge electric cars?
Yes, solar carports can charge electric cars. Photovoltaic panels convert solar energy into electrical energy, which can be transferred to the battery of the electric vehicle through appropriate charging equipment to realize the charging of the electric vehicle.
4. What are the advantages of a solar carport?
Solar carports can provide sunshade and rain protection for vehicles, while providing electricity to the carport through solar photovoltaic panels, reducing energy costs. It can also charge electric vehicles, reducing reliance on conventional electricity.
5. What scenarios are solar carports suitable for?
Solar carports are suitable for parking lots, car sales display areas, company parks, family homes and other places to provide parking shade, charging and protection for vehicles.
6. Is the installation of solar carport complicated?
The installation of a solar carport can be relatively complex, requiring consideration of structural stability, installation and wiring of photovoltaic panels, etc. It is best to have the installation done by a professional solar system installation company.
7. Do solar carports need maintenance?
Yes, solar carports require regular maintenance. Photovoltaic panels need to be cleaned to ensure they can effectively absorb solar energy. Other equipment and batteries also require regular inspection and maintenance.
8. How many cars can the solar carport charge?
The specific charging capacity depends on the scale of the solar carport, the power of the photovoltaic panels and the configuration of the charging equipment. Generally speaking, a solar carport can provide charging for multiple vehicles at the same time.
9. How much does a solar carport cost?
The cost of a solar carport varies by size, photovoltaic panel wattage, additional equipment, and more. Although the initial investment is high, the investment can be gradually recovered by saving energy costs and charging electricity charges.
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