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Integrated Compact Design: An all-in-one device integrating wind power generation, solar power generation, energy storage and charging functions, featuring small footprint and easy installation.
Dual Complementary Renewable Energy: Dual power generation of wind + photovoltaic, adaptable to different weather conditions to ensure continuous energy supply.
Off-Grid Charging: Equipped with dedicated charging ports, it can directly charge electric vehicles without relying on the municipal power grid.
Stable Energy Storage Power Supply: Built-in lithium iron phosphate energy storage batteries store surplus electric power, ensuring uninterrupted power supply at night, on cloudy days or in windless periods.
Intelligent Energy Management: Equipped with an intelligent controller to optimize energy distribution for charging, energy storage and load power consumption, improving the overall system energy efficiency.
Component | Detailed Specifications |
Wind Turbine Generator Set | Rated Power: 1kW; Rated Voltage: AC48V |
Solar PV Module | M10-TOPCon Mono Half-Cut Bifacial Double-Glass Module; Operating Voltage: 42.70V; Operating Current: 13.35A |
Energy Storage System | Lithium Iron Phosphate (LFP) Battery; Cycle Life: >7,000 cycles; Customizable Capacity |
Control System | Integrated Intelligent Control + BMS + Inverter; Stable Output: 5kW/220V |
Durability & Adaptability | Service Life: >10 years; Operating Temperature: -20°C~50°C; Sand Corrosion Resistant; Wind Resistance: Grade 10–12 Strong Wind |
Maintenance | Simple Daily Cleaning & Inspection; Maintenance-free Battery |
1. Residential EV Charging: It can provide off-grid charging services for electric vehicles to households in areas with limited power grid coverage.
2. Small-Scale Off-Grid Power: Power remote cabins, tiny houses, or rural sites with clean, self-sustaining energy.
3. Parking Lot Charging Points: Deploy as standalone EV charging stations in parking lots, scenic spots, or rural areas.
4. Outdoor Events & Camping: Supply electricity for outdoor activities, festivals, or camping trips without grid dependency.
5. Emergency Backup Power: Serve as a reliable backup power source during blackouts or disaster relief scenarios.
Q: How long does it take to fully charge the battery for this configuration equipped with a 1kW wind turbine?
A: Under ideal working conditions (peak sunlight + wind speed of 5-6m/s, clear weather), relying on the high output of the 1kW high-power wind turbine, the 5kWh battery can be fully charged in about 4-6 hours.
Q: Can this system charge electric vehicles directly?
A: Yes. The system is equipped with a dedicated new energy vehicle charging port as shown in the diagram, which supports Type 2/CCS universal standards and can charge electric vehicles directly.
Q: Is the installation method shown in the picture the standard installation scheme for this system?
A: Yes. The picture shows a standard and typical installation: ground-mounted solar panels + vertical 1kW wind turbine + integrated control cabinet with charging column, which is the recommended installation form for this system.
Q: What is the service life of each component of the complete set of equipment?
A: The service life of LiFePO4 battery is 10-15 years (more than 6000 cycles); with routine maintenance, the designed service life of 1kW wind turbine and solar panels can reach more than 20 years.
Q: Can this system configuration operate normally at night or on cloudy and rainy days?
A: Yes. The battery stores excess power generated during the day, and the 1kW wind turbine can continue to charge power when there is wind, ensuring continuous power supply for vehicle charging and other loads.
