900W Wind Turbine, 24V/48V, 3 Blades
- Stock: In Stock
- Model: PEACO-B3-900
- SKU: PEACO-B3-900
$1,289.68
Ex Tax: $1,289.68
900W horizontal axis wind turbine with competitive price provides 3 wind turbine blades, 24V/48V rated voltage, three-phase AC permanent magnet generator, 12.0m/s rated wind speed. The wind turbine generator is made with high quality Aluminum alloy, CE, ISO14001, ISO9001 certified, 2 years warranty. Horizontal axis wind turbine for both land and marine use.
Specification
| Model | PEACO-B3-900 | Start-up Wind Speed | 2.5m/s |
| Rated Power | 900W | Rated Wind Speed | 12.0m/s |
| Maximum Power | 1000W | Safe Wind Speed | 40m/s |
| Rated Voltage | 24V/48V | Wind Wheel Diameter | 2.2m |
| Wind Turbine Blades Qty | 3 | Controller System | Electromagnet |
| Blades Material | FRP | Wind Direction Adjustment | Automatic adjustment of wind angle |
| Generator Type | Three-phase AC permanent magnet | Working Temperature |
-40°C~80°C |
| Blades Height |
950mm |
Certification |
CE, ISO14001, ISO9001 |
| Generator Shell Material | Aluminum alloy | Service Life |
15 years |
| Top Weight | 26.0 kg | Warranty |
2 years |
1. High Security. The vertical blade and triangular double-fulcrum designs are adopted, the main force points focus on the hub to avoid blades to lose, break and fly out.
2. High Wind Resistance. Horizontal rotation makes it only bear a small wind pressure, thus, it can stand up to 45 m/s typhoon.
3. Rotation Radius. The wind turbine has a smaller radius of rotation than that of other wind turbines based on its special design structure and operating principle. It saves space as well as improve efficiency.
4. Power Generation Curve Characteristics. The start-up wind speed of wind turbine is lower than that of other wind turbines, the increasing rate of power generation is relatively gentle, so it could produce 10% ~ 30% more power than others between 5-8m/s range.
5. Brake Device. The blade itself has speed protection and mechanical manual and electronic brakes can be equipped. So that manual brake can be done in typhoon and super strongly windy area.
6. A3 steel material is used on housing. Small size, light weight, low running vibration.
7. High strength, flange Installation and easy installation and maintenance.
8. Wind turbine comes with reinforced FRP blades, optimized aerodynamic shape design and structural design, low start-up wind speed, higher utilization of wind energy and more annual power generation.
9. The rudder adopts automatic yaw design, fold-tail type. it has stronger resistance to typhoon and is safe and reliable during operation.
10. Magnetic steel material is NdFeB and wind tubine is equipped with permanent manet rotor alternator with special design, which effectively reduces the reluctance torque of the generator and at the same time provides better matching of the wind wheel and generator and running reliability.
11. Optional maximum power point tracking intelligent controller could adjust the current effectively.
900W Wind Turbine Exploded View and Dimension (Unit: mm)
1. Wind turbine body 2. Wind turbine flange seat 3. Tower 4. Wind turbine shaft 5. Wind hub 6. Wind wheel 7. Lock nut
8. Fairing 9. Bolt 10. Flat washer 11. Elastic washer 12. Nuts 13. Stainless steel nut 14. Anti-loose nut 15. Rubber pad
KNOWLEDGE BASE --- How does wind turbine generate electricity?
1. This process of wind power generation is initiated by the turbine blade/rotor. The aerodynamically designed blades start to rotate by the wind as the wind blows.
2. When the blades of wind turbine rotate, the kinetic energy of the movement is transferred to the inside of the turbine by means of a low-speed shaft, which will rotate at a speed of approximately 30 to 60 rpm.
3. The low-speed shaft is connected to the gearbox which is a transmission device responsible for increasing the speed from about 30 to 60 rpm to reach the rotation speed required by the generator (usually between 1,000 and 1,800 rpm).
4. The high-speed shaft transfers the kinetic energy from the gearbox to the generator and then the generator starts to rotate to generate electrical energy.
5. At last, the electricity produced by generator will be fed down from the turbine tower via high-voltage cables and will usually be fed to the grid or used as a local power source.
