The vertical-axis wind turbine generator has a rated power of 3000 watts and is available in 96V/120V voltages. Its vertical blades effectively prevent blade shedding, breakage, and scattering. Its horizontal rotation and vertically flattened blades have small wind pressure, exceeding the starting wind speed of other wind turbines (2.5 m/s) and capable of withstanding super typhoons up to 45 m/s. Its unique control principle extends its applicable wind speed range to 2.5-25 m/s, achieving high wind energy utilization and total power generation, resulting in significant economic benefits. In the 5-8 m wind speed range, power generation is 10%-30% higher than that of other wind turbines.

Sepcification

Feature

• 3kW vertical wind turbine is constructed of high-quality materials for high strength and corrosion resistance.
• Low starting wind speeds, minimal operating vibration, and strong wind resistance.
• The vertical-axis wind turbine design captures wind from all directions, high power generation efficiency.
• Equipped with an automatic braking system and overspeed protection, safe operation.

Details

1. Selected Materials: High-quality aluminum alloy blades with a spray-coated or oxidized surface for excellent corrosion resistance.
2. Magnetic Levitation Generator: Magnetic levitation generators offer low torque and high power conversion efficiency during startup. Rare-earth permanent magnet levitation generators offer high power and low losses.
3. Braking System: The blades have built-in speed protection, and both mechanical and electronic brakes are available.
4. Reasonable Design: The hub groove and blades feature a tight fit, ensuring a seamless fit between the blades and hub.

Structure diagram

Wiring Diagram

3000W Vertical Axis Wind Turbine Complementary Wind Light - DC Connection Diagram

3000W Vertical Axis Wind Turbine Wind and Solar Complementary Grid-connected System

Application

Tips: Is ongoing maintenance a hassle? How often is maintenance required? Is the maintenance cost high?

3000-w vertical-axis wind turbines are relatively simple to maintain, but regular maintenance is crucial.

Maintenance Frequency

In daily maintenance, power generation data can be remotely monitored via the controller screen; no special requirements are required. Regular inspections, a comprehensive inspection is recommended every six months to one year. This includes tightening all bolts (especially blade and foundation bolts), checking bearings for unusual noises, inspecting carbon brushes (if any), cleaning surface dust and dirt, and checking wiring connections.

Maintenance Cost

Compared to horizontal-axis wind turbines, maintenance costs are lower. These primarily include labor costs and the potential replacement of wearing parts (such as bearings and carbon brushes), which are not expensive in themselves. High-quality wind turbines rarely require major overhauls within their design lifespan (typically over 20 years).