High Stability 1KW Vertical Wind Generators Rooftop Wind Turbine For Home
High Stability 1KW Vertical Wind Generators Rooftop Wind Turbine For Home
The world first Magnetic Levitation Wind Turbine is a great breakthrough for the small wind energy filed which integrates appearance design, utility design, electrical engineering, dynamic engineering, power mechanics, aviation air engineering, tunnel testing, magnetic levitation technology, lightening protection engineering, computer simulation techniques and many other subjects together. the whole mechine is made of the light aluminum alloy, titanium alloy, stainless steel and other raw materials.
Quick Detail:
1, No Vibration-Means you can mount anywhere including on your house roof
2, No Noisy-Means quiet enjoyment of living
3, No Frication-Means the equipment lasts longer due to no wear & tear
4, Low start-up wind speed-Means higher average power output
5, No rust - use Aluminum Alloy material, technical treatment by DACROMAT
6, No fade- after anti-oxidation treatment
7, Strong adaptability-means can be used for land, beaches, weak offshore wind
Regional power, lighting etc.
Magnetic Levitation Wind Turbine Specification:
| Wind Turbine Classification | Vertical Axis Magnetic Levitation Savonius / Darrieus |
| Rated Power Output | 1000W |
| Minimum Wind Start-up Speed | 1.5 m/s or 5.4 km/h |
| Minimum Wind Cut-in Speed | 3.5 m/s or 12.6 km/h |
| Rated Wind Speed | 13 m/s or 46.8 km/h |
| Maxinum Wind Cut-out Speed | 15 m/s or 54 km/h |
| Generator Type | 3 Phase AC |
| Controller Output Volatge | 48V (Available) |
| Controller Output Current | <50 Amp |
| Ambient Working Temperature | -40 ~ 50 ℃ |
| Controller Braking System | 3 Phase Short Circuit by NFB Brake |
Application:
The practical appication of the Magnetic Levitation Wind Turbine as below:
1) Power supply for ships
2) Electricity for agriculture and fishery
3) Landscape education of wind energy and electricity
4) Wind-hydraulic generation system
5) Public electricity supply for building
6) Romote area
7) Independent house
8) Correspondence base
9) Street light
10) Electricity supply for community
11) Traffic signals
12) Independent smart power island
Competitive Advantage:
Horizontal Axis Wind Turbine (HAWT) VS Maglev Vertical axis Wind Turbine (VAWT)
| ITEM | HAWT | VAWT |
| Start Wind Speed | High (above 3m/s) | Low (1m/s) |
| Wind Conditions Requied | Require Stable Wind Direction | Any Wind Direction |
| Encountered Turbulence | Reduce the Efficiency | Efficiency is not affected |
| Power Stablitily | Change by Wind Direction | Without any Wind Effect |
| Noisy | Large(45 decibels or more) | Low noisy (because no mechanical frication) |
| Product Appearance | Normal | Beautiful |
| Installation Height | High(need to avoid the terrain turbulence) | Low(not afraid of turbulence) |
| Installation Location | Just in open area like suburb | Any location |
| Generator Material | Plastic or composite | Aluminum Alloy |
| Structure Strength | Poor(easy to broken) | High(double strengthen arm) |
| Resistance of Wind Speed | Poor(about 40m/s) | High (lower 65m/s) |
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