
Description
1000W Wind Turbine is a small and medium-sized wind power generation system designed for home, agriculture, communication, and other scenarios. The system is mainly composed of spiral blades, magnetic levitation permanent magnet generators, intelligent controllers, towers, energy storage modules, etc.

Features
High wind energy capture efficiency
The 1000W Wind Turbine adopts a spiral blade design, which allows the blades to capture wind energy continuously and stably in 360° wind directions. Compared with traditional horizontal-axis wind turbines, the vertical-axis structure combined with spiral geometry can keep rotating under any wind direction, effectively utilizing the energy in the wind speed range of 2.5m/s~10m/s, and improving the average wind energy utilization rate by about 30%.
Less mechanical wear
The magnetic levitation generator achieves non-contact support of rotating parts through the magnetic field, eliminating the physical friction of traditional bearings and brush structures, and effectively reducing the mechanical wear rate of the 1000W Wind Turbine to nearly 0 during operation.
High energy conversion efficiency
The blades are made of high-strength glass fiber through precision injection molding, combined with aerodynamic optimization curves, and work with low-resistance magnetic levitation generators. The comprehensive mechanical-to-electricity efficiency of Wind Turbines can reach more than 85%, which is particularly suitable for medium and low wind speed areas.
Specification
|
Model |
RX-XV1000 |
|
Rated Power |
1000W |
|
Max Power |
1100W |
|
Blades Length |
1.0M |
|
Wheel Diameter |
0.62M |
|
Rated Voltage |
12V~48V |
|
Start Up Speed |
1.2m/s |
|
Rated Speed |
10m/s |
|
Cut-in Speed |
2.5m/s |
|
Survival Speed |
45m/s |
|
Blades Quantity |
3 |
|
Blades Material |
Fiber glass |
|
Generator Type |
Maglev Levitation Permanent magnet Generator |
|
Working Temperature |
-40℃~+40℃ |
|
Protection Level |
IP54 |
|
Working environment humidity |
≤90% |
|
Altitude |
≤4500m |
|
Install Height |
3~12m |
|
Overload Protection |
Electromagnetic Brake |
| Estimated annual power generation | Under average wind speed of 5 m/s and standard air density conditions, the annual power generation is approximately 800-1,200 kWh. |
Drawing

Power Curve

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