Product Description
The helical wind turbine infuses renewable energy with a modern aesthetic through its striking vertical spiral design. Its twisted blades capture wind from any direction without needing to face the wind, making it an ideal choice for dynamic urban environments. This creates a versatile, low-impact energy solution.
This wind turbine mounting pole is designed to provide a stable and durable support structure for small to medium-sized wind generators. Made of high-strength steel and treated with anti-corrosion coating, it ensures long-term performance in outdoor environments.Ideal for off-grid systems, residential use, and hybrid wind-solar installations.
Product parameters
Model | H-100 | H-200 | H-300 | H-400 |
Rated Power | 100W | 200W | 300W | 400W |
Maximum Power | 130W | 220W | 310W | 410W |
Rated Voltage (V) | 12/24 | 12/24 | 12/24 | 12/24 |
Start-up Wind Speed | 1.5m/s | 1.5m/s | 2.0m/s | 2.0m/s |
Rated Wind Speed | 11m/s | |||
Safe Wind Speed | 45m/s | |||
Net Weight of Main Unit | 10kg | 10.5kg | 11kg | 12kg |
Rotor Diameter | 0.47m | |||
Number of Blades | 10 pieces | |||
Blade Material | Aluminum alloy | |||
Generator Type | Three-phase AC permanent magnet generator/permanent magnet levitation generator | |||
Braking Method | Electromagnetic | |||
Wind Direction Adjustment | Automatic wind direction adjustment | |||
Operating Temperature | -40°C to 80°C | |||
Wind Turbine Power | Recommended Pole Height | Pole Diameter | Wall Thickness | Support Type |
300W – 500W | 3m – 6m | 60–76mm | 2.0–2.5mm | Free-standing / Optional guy wire |
600W – 1kW | 6m – 9m | 76–89mm | 2.5–3.0mm | Guy wire recommended |
2kW – 3kW | 9m – 12m | 89–114mm | 3.0–4.0mm | Guy wire required |
5kW | 12m – 18m | 114–140mm | 4.0–5.0mm | Reinforced + guy wire |
10kW | 18m – 24m | 140–219mm | 5.0–6.0mm | Tower structure (not simple pole) |
Key Advantages
1. All-Directional Operation
No need for wind-following devices; captures wind energy from any direction, making it particularly suitable for urban areas with variable wind directions or complex terrain.
2. Low Noise and Low Vibration
The spiral structure distributes forces evenly, resulting in significantly lower noise and vibration levels during operation compared to traditional horizontal-axis wind turbines, making it more suitable for installation near residential areas.
3. Compact Structure, Easy Maintenance
The vertical-axis design positions key components such as the generator and gearbox at the bottom, lowering the center of gravity and facilitating installation and maintenance.
4. Low Start-up Wind Speed
A unique aerodynamic design allows the turbine to start operating at relatively low wind speeds (e.g., 2–3 m/s), effectively extending power generation time.
5. Aesthetic Integration with the Environment
The spiral shape combines modern aesthetics with functionality, allowing it to blend seamlessly into the landscape and achieve a harmonious balance between form and function.
Recommended Complete Kits
1 kW fan + 6 m pole
3 kW fan + 9 m pole
5 kW fan + 12 m pole
How to Choose the Right Pole for Your Wind Turbine?
The pole height and strength should match the turbine power and local wind conditions. Higher power turbines require thicker and stronger poles, while taller installations significantly improve wind energy efficiency. For installations above 6 meters, guy wire support is strongly recommended to ensure stability and safety.
Product Views
This detail highlights the generator hub and base structure of the helical wind turbine. The sealed housing protects internal components from moisture and dust, while high-strength bolts ensure firm installation. The precision-engineered connection improves stability, reduces vibration, and supports reliable long-term operation in outdoor and off-grid environments.
This detail showcases the helical blade design, engineered for efficient wind capture from all directions. The aerodynamic curvature enhances rotation stability and reduces noise. Constructed from lightweight, reinforced materials, the blade delivers strong durability and consistent performance, making it ideal for residential and remote off-grid wind energy systems.
Application Cases
Ideal for off-grid, remote, and distributed energy applications , including robot sheleters, islands, rural homes, farms, and telecom systems.
