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    3kW Vertical Axis Wind Turbine, 48V/96V

    SKU: PH-VWT-3000
    $8,190.47
    ● 3kW vertical axis wind turbine for sale. With rated power 3kW, start-up air speed 2.5m/s. ● Low start-up wind speed, low operating vibration, strong wind resistance. ● Vertical blades to solve problems such as blades falling off, breaking and blades flying out. ● Suitable for various environments, including urban, rural, and mountainous areas.
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    ⏱️ Delivery: 6-12 days
    🔙 30-day Returns
    Overview

    Vertical blades are adopted, and the main stress point is concentrated in the hub, so the problems of blade falling off, breaking and flying out of the blades are better solved. The principle of horizontal rotation and vertical flat blades makes it subject to low wind pressure and resistant to super typhoons of up to 45 metres per second. The use of special control principles, so that it is suitable for the operation of the wind speed range expanded to 2.5 ~ 25M / S, the maximum use of wind resources at the same time to obtain a greater total amount of power generation, improve the economy of wind power equipment. Ideal for residential and small commercial applications, urban, rural, and mountainous areas.

    3kW vertical wind turbine feature

    Feature

    • Made from high-quality materials with high strength and corrosion resistance
    • Low noise operation reduces the impact on the surrounding environment.
    • Vertical-axis wind turbine design captures wind from all directions, dramatically increasing power generation efficiency.
    • Equipped with automatic braking system and overspeed protection to ensure safe operation.
     

    Details

    1. Material Selection
      High-quality aluminum alloy blades, anti-corrosion surface treatment (plastic spraying or oxidation).
    2. Maglev Generator
      Low startup torque, high energy conversion efficiency, rare-earth permanent magnet for high power, low loss.
    3. Braking System
      Built-in overspeed protection, optional mechanical manual and electronic automatic brakes.
    4. Rational Design
      Snug-fit design between hub and blades for secure fit and efficiency.
    3kW vertical axis wind turbine details

    3kW Vertical Axis Wind Turbine Parts Diagram

    3kW vertical axis wind turbine parts diagram

    1 2 3 4 5
    Upper Bracket Plate Spindle Lower Bracket Plate Bracket Bolt End Cap
    6 7 8 9 10
    Bearing Magnet Stator Coil Bolt Magnets
    11 12 13 14 15
    Generator Housing Rotor Bearings Bearing Retaining Rings Flange Rotor /


    3kW Vertical Axis Wind Turbine Complementary Wind Light - DC Connection Diagram

    3kW vertical axis wind turbine dc connection

    3kW Vertical Axis Wind Turbine Wind and Solar Complementary Grid-connected System

    3kW vertical axis wind turbine grid tie connection

    Specs
    Rated Power 3kW
    Max Power 3.5kW
    Rated Voltage 96V/120V
    Start-up Air Speed 2.5m/s
    Rated Wind Speed 12m/s
    Safe Wind Speed 45m/s
    Top Net Weight 220kG
    Wind Wheel Diameter 2.1m
    Blade Height 3.2m
    Number of Blades 3 tablets
    Blade Material Aluminium
    Fuselage Material 8A3 carbon steel
    Generator Maglev generator
    Control System Electric eddy brake
    Yaw Mode Wind angle automatically
    Lubrication Method Self-lubricating
    Tower Form Lasso/independent tower
    Operating Temperature -40℃~+80℃
    Application
    Residential property

    Residential Property

    Small urban business districts

    Rural and Pastoral Areas

    Rural and pastoral areas

    Small Urban Business Districts

    Mountain slopes

    Mountain Slopes

    FAQ

    Q1. The turbine blades are vibrating excessively. What could be causing this?

    • Ensure that the blades are balanced and properly aligned.
    • Check for any loose or damaged components and tighten or replace them as necessary.
    • Inspect the mounting system to ensure it is secure and stable.

    Q2. The power output is lower than expected. How can I resolve this?

    • Ensure that the wind conditions are within the optimal range for the turbine.
    • Check for any dirt or debris on the blades that might be reducing efficiency.
    • Inspect all electrical connections and cables for any signs of wear or damage.
    • Verify that the battery bank or grid connection is functioning correctly and not limiting output.
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