Factory Directly Supply Aluminum Alloy Solar Carport United Arab Emirates

• Customization: Available
• After-sales Service: 30 Years
• Warranty: Steel Structure for 15 Years Solar Modules for 5 Y
• Model NO.: Solar Carport UAE-01
• Certification: GB, ISO, TUV, CE, RoHS
• Application: Home
• Material: RoHS
• Type: Tracking Bracket
• Can Be Used for: Commercial, Home, Parking Lot, Shopping Mall, School
• Foundation: Anchor Bolt+Concrete Base
• Wind Load: Less Than 60m/S
• Row: Single/Double
• Sample: Free
• Design: Free
• Parts: Wooden Boxes or Pallets
• Profile: Tied with Steel Strips
• Transport Package: Wooden Boxes or Wooden Pallets, and Profiles Are T
• Specification: custom
• Trademark: JCHX
• Origin: Tianjin, China
• Production Capacity: 100000 Tons / Year

Product Description

 

Introducing our Factory Directly Supply Aluminum Alloy Solar Carport, specially designed for the United Arab Emirates market. This innovative solar carport is perfect for commercial and industrial use, providing a sustainable solution for parking lots with integrated snow guards for added durability. With its photovoltaic panels and battery storage capabilities, this solar carport not only provides shade for vehicles but also generates clean energy to power your operations. As a leading solar carport manufacturer, we ensure high-quality materials and expert installation services. Invest in our Solar Carport for Parking Lot today and enjoy the benefits of renewable energy while maximizing your space utilization.

Material	Aluminium Alloy
Size	Custom
Wind Load	60m/s
Snow Load	1.4KN/M2
Design	Free
MOQ	1000 Watts
Coating	Anodische Oxidation,etc
corrosion resistance	Good
Lifetime	30 years

1. Factory direct supply - cost reduction of 30%

Vertical integration supply chain: Our own annual production of 20GW profiles factory eliminates the price difference for intermediaries and supports small batch customization (minimum order quantity of 1 set).
Fast delivery: Standard products can be shipped within 7 days, and customized orders can be delivered within 15 days (including 3D modeling and wind pressure simulation analysis).

2. Extreme Climate Adaptation - Environmental Optimization Design in the United Arab Emirates
High temperature resistant coating: The thickness of the anodized layer is ≥ 30 μ m. After passing the 55 ° C high-temperature aging test, the surface reflectivity is increased by 20%, reducing the thermal spot effect of the photovoltaic panel.
Anti sand and dust corrosion: seamless buckle structure, IP68 protection level, sand and dust penetration rate<0.01%.
Anti wind pressure reinforcement: Dynamic wind load test reaches 60m/s (equivalent to a level 17 typhoon), certified by the United Arab Emirates.

3. Modular quick installation design -1 person completes 100 square meters of installation in 1 day
No welding/drilling required, snap on connection, single bracket installation time ≤ 8 minutes (traditional solution takes 30 minutes).
Remote guidance: Equipped with installation videos and real-time remote technical guidance, ensuring tilt angle error (accuracy ± 0.5 °) and adapting to high latitude lighting angles in the United Arab Emirates.

 

4. Green energy integration - photovoltaic+energy storage+charging integration
Dual track integrated design: Pre embedded cable trays support synchronous installation of photovoltaic modules and EV charging piles, compatible with brand electric vehicle protocols.
Material recycling: The aluminum alloy frame has a recycling rate of ≥ 95% and has obtained the green environmental certification Rohs.

 

 

 

 

 

Four step efficient process

Foundation pre evaluation

Sandy soil reinforcement: using spiral pile foundation (depth ≥ 1.2m), with a pull-out force ≥ 5kN/m ².
Bracket positioning
Arrange columns every 2.5m along the axis of the parking space, and calibrate the levelness with a laser locator (error<2mm/m).
Component installation
Quick release snap fasteners are used to fix the frame of the photovoltaic panel, and the torque wrench is calibrated to 12Nm (to prevent sand and dust from loosening).
System debugging
IoT sensors monitor the stress and power generation efficiency of the bracket, automatically generating a grid connection report for the UAE DEWA power grid.
Remote support:

24/7 multilingual response: Arabic/English engineer team, VR glasses provide real-time guidance for troubleshooting.
Intelligent warning system: Automatically push reinforcement instructions before sandstorms, and activate drainage mode when humidity exceeds 80%.

 

1. Commercial complex parking lot (case: Dubai Mall of the Emirates)

2. High end residential community (case: Al Reef villa area in Abu Dhabi)

3. Public facilities (case: Emirates National Oil Company charging station)

Company Profile

Our Advantages

 

 

 

 

Q1:  Can it withstand the frequent sandstorms in the UAE?

A: Through ESMA sand and dust penetration testing (ASTM D3161 standard), the EPDM sealing strip and buckle structure provide dual protection, with a sand and dust intrusion rate of<0.5g/m ²/year.

Q2: Does installation require local construction qualifications?

A: No need! Provide DEWA pre approved design scheme, accompanied by UAE standardized installation manual (Arabic/English bilingual), with one person able to lead the construction.

Q3: How to deal with extreme high temperatures in summer?

A: The surface of the aluminum alloy is coated with nano reflective coating, which reduces the temperature under the shed by 8-12 ° C compared to traditional steel structures. The working temperature of the photovoltaic panel is reduced by 15 ° C, and the efficiency is improved by 7%.

Q4: Does it support integration with Tesla charging stations?

A: Support! Pre installed Tesla V4 charging interface bracket slot, cable management system complies with UAE CIVIL DEFENSE fire protection regulations.

Q5: Is the maintenance cost expensive?

A: Annual maintenance only requires:
Clean the guide rail (high-pressure air gun) after the dust season ends
Check the tightness of the buckle every 2 years
The maintenance cost throughout the entire lifecycle is 60% lower than that of steel structures.