9.6kW Solar Carport System, Solar AC EV Charging Station with 32kWh Storage Battery
9.6kW AC Charging | Residential Solar Carport | US Standard
Basic Configuration
9.6kW AC Solar Carport System
- Inverter: 120V/240V Split Phase Inverter, 48V Wifi & IP65 Protection, 4 MPPT Trackers
- Battery: 48V 629Ah, 32kWh in Total , 6000 Cycles & 80% DOD
- Panel: 580W Mono Solar panel *15, Maintains a 43kWh power output every 5 peak sun hours
- Car Charger: 9.6KW US standard AC charging pile, SAE J1772 Type 1 charging head, IP66(NEMA 4) protection
- PV Support: Galvanized Aluminum Alloy Mounting Brackets: Hurricane-Resistant, Corrosion-Resistant & Salt-Alkali Resistant
SEND INQUIRY
Back to Product List
Solar Powered Carport System With Integrated EV Charging
Combining renewable power generation, vehicle charging, and energy management, the solar carport EV charging station creates a dedicated structure for clean transportation applications. The system integrates 580W solar panels, a hybrid inverter, and an AC charging unit to convert available sunlight into usable electricity for electric vehicles and connected loads. The carport design provides vehicle protection while using the overhead structure as a practical platform for solar generation.
Photovoltaic Carport With EV Charger and Hybrid Energy Management
The integrated design connects solar generation, power conversion, and electric vehicle charging within one coordinated system. Energy from the photovoltaic array can directly support charging demand, while the hybrid inverter manages power conversion and interaction with available energy sources.
- 580W solar panels for renewable electricity generation
- 9.6kW AC charging output for EV charging applications
- SAE J1772 Type 1 connector with extended charging cable
- Hybrid inverter with MPPT energy tracking technology
- IP66-rated charger enclosure for outdoor protection
- IP65-rated inverter housing for reliable operation
- Intelligent power control between solar, grid, and storage sources
The solar array converts unused carport space into an active energy generation area. Compared with separate solar installations and charging equipment, the integrated structure reduces additional installation requirements and creates a more organized energy layout. The charging system can provide power directly from solar generation when conditions allow, while other energy sources can supplement charging when required.
Weather-Resistant EV Solar Charging Infrastructure
Outdoor charging equipment must withstand changing weather conditions throughout the year. The IP66-rated charger enclosure helps protect electrical components from dust and strong water exposure, while the inverter housing provides additional environmental protection for outdoor energy conversion equipment. Proper installation position and electrical design remain important for long-term operation.
The charging performance depends on solar availability, vehicle battery capacity, charging settings, and available power input. A balanced system configuration helps coordinate electricity generation and charging demand throughout the day. When combined with energy storage, additional solar production can be stored and used during periods with lower sunlight.
Smart Renewable Energy Solution for Electric Vehicle Charging
The system provides more than a charging point by connecting solar generation with transportation energy needs. It supports cleaner electricity use by allowing renewable power to participate in daily vehicle charging routines. Monitoring and control functions help track energy flow between photovoltaic generation, charging output, and connected power sources.
JSDSolar develops solar carport EV charging station solutions with photovoltaic modules, hybrid inverter technology, and EV charging integration. System configuration support covers charger compatibility, solar capacity planning, inverter selection, and application requirements for different installation environments.
Application Diagram
Solar Energy Cases for Different Residential
aaaa
Common Questions
-
Will a hybrid 10kW solar system work in my country?
-
A 10kW solar system is well-suited for most countries in Central America and the Caribbean due to high annual sunlight exposure (average 4–6 peak sun hours daily), and roughly generates 40-60kwh electricity per day.
-
What's the lifespan of a solar system?
-
Premium systems operate 25-30 years with routine maintenance.
-
Will panels withstand hurricanes?
-
Hurricane-resistant galvanized alloy mounts ensure stability in extreme weather.
-
How much can I save annually?
-
Reduce energy bills by 60-90% with net metering for excess power sales.
-
What warranties are provided?
-
25-year performance warranty & 10-year comprehensive equipment coverage.
-
How long is the payback period?
-
Typical ROI within 2-8 years based on your local incentives and net metering policy.
-
Do systems require frequent maintenance?
-
Minimal upkeep: bi-annual cleaning and annual professional inspection.
Get Free Quote
Our sale team will give full support and price you needed. We are more than happy to answer your questions within 24 hours.
SEND INQUIRY
