High Efficiency Maglev Wind Generator Roof Mounted Wind Turbines For The Home
High Efficiency Maglev Wind Generator Roof Mounted Wind Turbines For The Home
1. Brief to 3000W Vertical Axis Maglev Wind Generator
CXF-3000 Vertical Axis Maglev Wind Generator is a breakthrough in wind power technology. It’s Typmar who made magnetic levitation technology used in wind turbine for the first time. This creates a milestone and fulfills important breakthrough in the history of small and medium wind turbine development. The maglev technology improves the efficiency of wind power 35% compared to traditional horizontal axis wind turbine. The innovative wind generators have been widely used for Telecoms Base Receiver Station (BTS) as well as residential and commercial applications.
According to local wind or solar resource, we can use the maglev wind generator to build wind solar hybrid power system as per the diagram:
2. Main features of the maglev wind turbine:
The CXF series of maglev wind turbines undergoes a continuous improvement process, which incorporates exterior design, utility design, electrical engineering, dynamic engineering, power mechanics, aviation air engineering, wind tunnel testing, lightening protection, computer simulation techniques and other multiple subjects to have the following features:
- Magnetic levitation technology
- Independent of the direction of the wind
- Startup at low wind speed of 1m/s
- Higher efficiency compared to traditional HAWT
- Works even in turbulence
- Visually pleasing appearance
- Turbine construction is resistant to gale 60m/s (132MPH)
- Robustness and adaptation to all possible environmental conditions thanks to material of aluminum alloy or stainless steel
- Design life: at least 20 years
- Noise: Tested by China National Machinery Quality Inspection Centre at 12m/s: <40db
3. Technical Specifications:
Maglev Wind Generator Items | CXF300 | CXF600 | CXF1000 | CXF3000-Ⅰ | CXF3000-Ⅱ |
Rated power | 300W | 600W | 1000W | 3000W | 3000W |
Dimension | Ø1080/1240 | Ø1320/1540 | Ø2200/2400 | 3530/Ø3600 | Ø4160/4570 |
Weight | 27 | 50 kg | 180 kg | 415KG | 680 kg |
Blade material | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy |
Blade quantity | 3 | 3 | 3 | 3 | 3 |
Swept area ㎡ | 0.76 | 1.27 | 3.6 | 7.02 | 7.72 |
Min starting wind speed | 1m/s | 1.3m/s | 1.5 m/s | 1．5m/s | 1.5m/s |
Cut-in wind speed | 2.7 m/s | 2 7m/s | 3.5m/s | 3．5m/s | 3.5m/s |
Rated wind speed | 12m/s | 12m/s | 13m/s | 13m/s | 13m/s |
Cut-off wind speed | 15m/s | 15m/s | 15m/s | 15m/s | 15m/s |
Survival wind speed | 65m/s | 65m/s | 60m/s | 60m/s | 60m/s |
Generator type | AC,3Phases | AC,3Phases | AC,3Phases | AC,3Phases | AC,3Phases |
Controller Output Voltage | 12V/24V | 24V/48V | 48V | 48V | 96V |
Controller Braking System | 3-phase short circuit by NFB brake | 3-phase short circuit by NFB brake | 3-phase short circuit by NFB brake | 3-phase short circuit by NFB brake | 3-phase short circuit by NFB brake |
Ambient Temperature | -40～50 ℃ | -40～50 ℃ | -40～50 ℃ | -40～50 ℃ | -40～50 ℃ |
Noise | Noisy from National Machinery Quality Inspection Centre at 12m/s : <40db | ||||