



- Stock: In Stock
- Model: RDDLZ-SWT-100X
- Weight: 1.00
- SKU: RDDLZ-SWT-100X
Available Options
The spiral vertical wind turbine uses high-quality aluminum alloy blades and three-phase AC magnetic levitation generator technology to reduce mechanical wear and improve the durability and efficiency of the generator.
Features
- The spiral wind turbine has a low starting wind speed and high wind energy utilization rate.
- It has a beautiful appearance, low operating vibration and low noise.
- Its installation design is very user-friendly, and it is easy to install, maintain and repair.
- The wind turbine blades are precision-molded using a new process, with optimized aerodynamic profile and structural design, high wind energy utilization rate, which contributes to annual power generation.
- The spiral vertical wind turbine uses a permanent magnet rotor generator, and its special stator design effectively reduces the generator resistance torque.
Specification
Model | RDDLZ-FY-100X |
Rated power | 100W |
Max power | 120W |
Rated voltage | 12/24V |
Start-up wind speed | 1.2m/s |
Rated wind speed | 11m/s |
Survival wind speed | 45m/s |
Top net weight | 13kg |
Wind wheel diameter | 0.48m |
Blades height | 0.8m |
Number of blades | 10 |
Blades material | Casting aluminum alloy |
Generator type | Maglev generators |
Control system | Electromagnet |
Speed regulation | Automatically adjust windward direction |
Lubrication way | Lubrication grease |
Working temperature | -40℃~80℃ |
Dimension (mm)
Details
Tips: Working principle of spiral wind turbine
The design of spiral wind turbine optimizes the process of capturing and converting wind energy through the unique spiral blade structure. Compared with traditional horizontal axis wind turbines, the blades of spiral wind turbines can capture wind more effectively at different wind speeds, especially in low wind speed conditions, with better starting performance. When the wind blows through the spiral blades, the wind force is guided and quickly converted into mechanical energy, which is converted into electrical energy through the connected generator. This design allows the spiral wind turbine to work more stably and reduce the impact of changes in wind direction.