High-Performance Solar Carport System for EV Charging

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Product Description

Overview
Model NO.
Solar Carport For EV Charging
Certification
GB, ISO, CE, RoHS
Application
Commercial
Material
Steel
Type
Solar Carport
Can Be Used for
Commercial, Home, Parking Lot, School
Foundation
Anchor Bolt+Concrete Base
Wind Load
Less Than 60m/S
Production Capacity
100000 Tons / Year
Product Description
Solar Carport System
Designed for electric vehicle charging scenarios, this high-performance solar carport system combines photovoltaic power generation, vehicle shading and energy management to create a green and efficient parking solution. Adopting high-efficiency monocrystalline silicon solar panels and modular aluminum and steel structure, the average daily power generation can cover the charging demand of 1-3 electric vehicles. It supports grid-connected or off-grid operation and is suitable for commercial, residential and public parking lots.
CategoriesParameter details
Photovoltaic moduleSolar carport for parking lot, combining aesthetics and functionality.
Structural design6063-T6 aluminum alloy frame, wind resistance class 12 (60m/s), snow load 1.5 kN/m²
Charging compatibilitySupport AC/DC charging pile, output voltage 220V-480V, suitable for mainstream electric vehicle brands
Customization OptionsSize (single span 3-12 m), color scheme (12 RAL standard colors), roof inclination (10°-30°)
System life25-year performance warranty, annual attenuation rate ≤ 0.5%
1. Efficient power generation and energy self-sufficiency

Average daily power generation is 1.5-2.8 kWh/m², which can be used to supply power to the charging pile directly or stored in the battery system. Double-glass anti-glare panel reduces light pollution, transmission rate ≤5%.

Solar Carport Detail 1 Solar Carport Detail 2
2. All-weather vehicle protection

The roof structure shields the vehicle from ultraviolet rays, hail, rain and snow, which reduces the aging of the paint surface. The pre-buried design of the columns ensures the ground is level.

Application 1 Application 2
3. Low carbon investment return

Through power generation and government subsidies, the payback period is about 5-7 years. The whole life cycle can reduce carbon emissions by 80-120 tons/100 square meters.

Module 1 Module 2
Company Profile & Advantages
Workshop Process
Quality Control
Packaging & Shipping
Packaging
Frequently Asked Questions
How long does it take to start generating power after installation?
The system is ready for operation within 24 hours after installation. The grid-connected version is subject to grid approval (usually 1-2 weeks).
Can I charge properly on rainy days?
Yes! The system can be equipped with a lithium battery storage unit (optional) to store surplus power on sunny days to ensure uninterrupted power supply during rainy days/nights.
Does it require frequent maintenance?
Mainly quarterly cleaning of panel surface dust (self-cleaning coating reduces maintenance frequency by 60%) and checking cable connections once a year.
Can it be expanded to a multi-car charging station?
Yes! The modular design supports horizontal cascading, and a single system can cover up to 20+ parking spaces, which is suitable for parking lot expansion.
How to evaluate the feasibility of the project?
We provide free light analysis to calculate power potential based on geographic data and ROI simulation reports for revenue forecasting.
What is the expected lifespan of the system?
The system includes a 25-year performance warranty with an annual attenuation rate of less than or equal to 0.5%, ensuring long-term economic benefits.

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