Availability: | |
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SINPO
According to customers' requirement
NO MOQ
![]() | Designed for Commercial Use |
Tailored for EV charging stations, office parks, shopping centers, and solar power plants with vehicle shelter needs. |
![]() | Scalable & Modular |
Easily expand from 2 to 10+ bays using modular frames. Supports various layouts to fit land use plans. |
![]() | Heavy-Duty Materials |
Constructed from S355 galvanized steel, built to withstand harsh environments, high wind, and snow load zones. |
![]() | Integrated Drainage (Optional) |
Optional rainwater gutter system protects vehicles and enhances structure longevity. |
![]() | Clean Aesthetic Design |
Sleek and modern look matches commercial buildings, improving site value and sustainability branding. |
![]() | Customizable & Flexible |
Adjustable sizes, panel tilt, color, and column spacing based on your project or EV infrastructure needs. |
Step1: Survey and prepare the site foundation (anchor bolts or concrete blocks)
Step2: Fix base columns and beams using pre-drilled connectors
Step3: Assemble cross braces and structural roof arms
Step4: Mount solar rails, clamps, and install PV modules
Step5: Integrate drainage and wiring (optional)
Step6: Perform structural inspection and electrical commissioning
Commercial Complex & Office Parks
Provides clean energy and shade to customers or employees.
Public Transport Terminals
Enhance solar adoption at train, airport, or government service areas.
![]() | Designed for Commercial Use |
Tailored for EV charging stations, office parks, shopping centers, and solar power plants with vehicle shelter needs. |
![]() | Scalable & Modular |
Easily expand from 2 to 10+ bays using modular frames. Supports various layouts to fit land use plans. |
![]() | Heavy-Duty Materials |
Constructed from S355 galvanized steel, built to withstand harsh environments, high wind, and snow load zones. |
![]() | Integrated Drainage (Optional) |
Optional rainwater gutter system protects vehicles and enhances structure longevity. |
![]() | Clean Aesthetic Design |
Sleek and modern look matches commercial buildings, improving site value and sustainability branding. |
![]() | Customizable & Flexible |
Adjustable sizes, panel tilt, color, and column spacing based on your project or EV infrastructure needs. |
Step1: Survey and prepare the site foundation (anchor bolts or concrete blocks)
Step2: Fix base columns and beams using pre-drilled connectors
Step3: Assemble cross braces and structural roof arms
Step4: Mount solar rails, clamps, and install PV modules
Step5: Integrate drainage and wiring (optional)
Step6: Perform structural inspection and electrical commissioning
Commercial Complex & Office Parks
Provides clean energy and shade to customers or employees.
Public Transport Terminals
Enhance solar adoption at train, airport, or government service areas.
FAQ |
![]() |
Q1: How many cars can your multi-carport structure support?
A: Each system is modular—2 to 10 bays or more per row, depending on the layout.
Q2: Can this carport support bifacial panels or EV charging integration?
A: Yes, our system is compatible with bifacial modules, and allows mounting of EV chargers, lighting, and signage.
Q3: How long does installation take for a 10-bay system?
A: With pre-cut parts and bolted assembly, installation typically takes 3–5 days depending on site conditions.
FAQ |
![]() |
Q1: How many cars can your multi-carport structure support?
A: Each system is modular—2 to 10 bays or more per row, depending on the layout.
Q2: Can this carport support bifacial panels or EV charging integration?
A: Yes, our system is compatible with bifacial modules, and allows mounting of EV chargers, lighting, and signage.
Q3: How long does installation take for a 10-bay system?
A: With pre-cut parts and bolted assembly, installation typically takes 3–5 days depending on site conditions.