EV Vertical Axis Wind Turbine for Low-Wind Power
- Product Advantages
EV Vertical Axis Wind Turbine | Low Wind Speed VAWT
• 1.3 m/s low start-up wind speed helps the EV wind turbine operate in low-wind and unstable wind areas.
• Aerodynamic composite blades improve wind capture efficiency while reducing vibration and operating noise.
• The vertical axis design captures wind from multiple directions, making it suitable for changing wind conditions.
• Salt spray tested hardware improves corrosion resistance for long-term outdoor installation.
• Compatible with wind-solar hybrid systems, batteries, controllers, and inverters after proper system matching.
EV Wind Turbine Applications & Custom Colors
• Suitable for homes, gardens, farms, commercial sites, and public projects
• Works with wind-solar hybrid systems and battery storage
• Compact vertical design for changing wind directions
• Custom blade colors available based on Pantone color references
• Logo, voltage, controller, and system configuration can be customized
EV Wind Turbine Detailed Parameters
Model Incloud: 500W/1000W/1500W/2000W
Rated Voltage: 12V/24V/48V/220V
Start-up Wind Speed: 1.3m/s
Rated Wind Speed: 10m/s
Body Material:glass/basalt
Generator:Coreless 3 phase AC generator
Yaw mode:Automatic Windward Angle
EV Wind Turbine for Off-Grid Hybrid Systems
The ELEGE EV vertical axis wind turbine can be used with solar panels, a wind-solar hybrid controller, battery storage, and an inverter to build a stable off-grid power system.
Wind power and solar power work well together. Solar panels generate more energy during the day, while wind turbines can support power generation at night, on cloudy days, and during windy seasons.
This system is suitable for homes, farms, islands, mountain areas, remote sites, and locations with unstable or expensive grid power.
Annual power generation and noise level
Estimated Annual Energy Output for Low-Wind Projects
The ELEGE EV wind turbine is designed to support stable energy generation in low-wind and changing wind conditions. Its vertical axis structure captures wind from multiple directions, making it suitable for off-grid, residential, commercial, and wind-solar hybrid systems.
Under suitable site conditions and proper installation, selected EV wind turbine models can support an estimated annual energy output of 2,850–3,200 kWh. Actual output depends on wind speed, tower height, turbine model, battery capacity, and system configuration.
Stable Output from 1.3 m/s Low Start-Up Wind Speed
The ELEGE EV vertical axis wind turbine is designed to start at 1.3 m/s low wind speed, helping it respond to light and unstable wind conditions.
Its vertical axis structure captures wind from multiple directions without complex yaw adjustment. This makes it suitable for rooftops, gardens, farms, remote sites, and wind-solar hybrid systems.
As wind speed increases, the turbine output rises gradually toward its rated performance range. Actual output depends on the selected model, local wind resources, tower height, and system configuration.
Frequently Asked Questions
Find quick answers about EV vertical axis wind turbines, low-wind performance, hybrid system matching, customization options, and model selection.
The ELEGE EV vertical axis wind turbine starts at 1.3 m/s low wind speed. It is designed for low-wind areas and changing wind conditions.
Yes. The vertical axis design captures wind from multiple directions, making it suitable for rooftops, gardens, farms, remote sites, and wind-solar hybrid systems.
Yes. It can work with solar panels, a wind-solar hybrid controller, battery storage, and an inverter to build an off-grid hybrid power system.
The right model depends on your power demand, local wind speed, tower height, battery capacity, and system configuration. ELEGE can help match a suitable model for your project.
Yes. ELEGE supports custom blade colors based on Pantone color references, as well as logo, voltage, controller, and system configuration customization.
Start Your EV Wind Turbine Project with ELEGE
Custom Blade Color & Logo
Voltage and Controller Matching
OEM/ODM Project Support
Tell us your required power, voltage, installation site, average wind speed, and whether you need a wind-solar hybrid system.