400W Vertical Axis Wind Turbine, 12V/24V

With a passion for renewable wind energy, the new 400W vertical axis wind turbine for sale. Equipped with a 12V/24V voltage system, this VAWT wind turbine can easily be used for domestic or off-grid living. Its starting wind speed is only 2m/s, rated wind speed reaches 11m/s, and safe wind speed is up to 45m/s, which ensures stable operation under various wind speeds. The aluminum 12 blades and 0.65m diameter wind wheel enable it to generate electricity efficiently in various environments. Permanent magnetic levitation generator and electromagnetic braking method ensure stable power generation and safety performance. Automatic adjustment of wind direction angle and self-lubrication lubrication method make it more intelligent and convenient.

Feature

• This vertical axis wind turbine generator has low starting wind speed, small size, low running vibration, ultra-low mute sound, intelligent microprocessor control, which can effectively regulate the current and voltage.
• This wind turbine generator can be designed into larger scale to increase power generation efficiency and capacity.
• Less noisy and environmentally friendly, suitable for urban and residential areas.

Details

1. Rare-earth Permanent Magnet Levitation Generator: Utilizing rare-earth permanent magnet technology, it is compact in size and provides powerful power generation capacity.
2. Compact Size and Beautiful Appearance: Exquisite appearance design, suitable for beautification and decoration in various environments.
3. Convenient Flange Design: Simple and quick installation, suitable for different scenarios.
4. High-quality Aluminum Alloy Blades: made of aluminum alloy blades, lightweight and durable, improving power generation efficiency and prolonging service life.

400W Vertical Axis Wind Turbine Decomposition Diagram

4kW Vertical Axis Wind Turbine System Connection

4kW Vertical Axis Wind Turbine Wind and Light Complementary System

System Description

Normally, the battery is charged by the wind turbine and solar panel through the controller, and power is supplied directly to the DC load through the DC output port of the controller. In cloudy and rainy weather with no wind and no light, the power output from the wind turbine and solar panel is not enough to charge the battery, thus resulting in undervoltage of the battery, the controller outputs a dry contact control signal to automatically switch to the utility power to supply power to the load.