This turbine is ideal for more isolated areas and also fits easily into the most populated environment. It's extremely quite operation is a surprise, particularly compared to traditional wind-farm style turbines. Without a gearbox, this turbine has higher efficiency, lower maintenance and less chance of expensive failure. These are critical features for facility class wind projects where with traditional turbine designs, the maintenance costs can destroy the project's financial success.
One of the significant factors that contribute to the superiority of the EcoVert 300 is APAATM , it's blade control system. This system features microprocessors and advanced control software for better low-speed output performance, more consistent output over wind speed range, and 60% less tower load in storm winds than traditional turbine designs.
EcoVert 300 Wind Turbine |
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|
|
SPECIFICATIONS* |
VALUE |
UNIT |
|
Output Capacity |
250 |
kW |
|
Swept Blade Area |
1000 |
m² |
|
Tip Speed Ratio (Max) |
2 |
Ratio |
|
Cut-in Speed |
4 |
m/s |
|
Rated Speed |
10 |
m/s |
|
Cut-out Speed |
23 |
m/s |
|
Survival Speed Per IEC61400-1 |
61 ten min/85 one min avg. |
m/s |
|
Weight: Rotor |
6500 |
kg |
|
Weight: Generator |
8000 |
kg |
|
Weight: Tower (height dependent) |
11000 |
kg |
|
Hub Height |
45-60 |
m |
|
Pitch Control |
Motorized, According to APAA |
|
|
Yaw Control |
Motorized |
|
Download the EcoVert 300 Datasheet.
If your commercial, industrial or public-sector organization is interested in reducing energy dependence to achieve predictable energy costs with a strong return on investment, contact us to discover the benefits. You will also benefit from the positive public perception of your organization's contribution to solving our global environmental challenges.