Turbine Designs

Turbine Designs

Current Genuine Wind Turbine Designs

GWT-3(5)kW

GWT-3(5)kW

Rotor Width: 

3.8 m

Rotor Height:

3 m

Tower Height:

7m, 12m, 18m (Tubular)

Swept Area:

10.8 m2

Start-Up Wind Speed:

2 m/s

Rated Wind Speed:

10 m/s

Annual energy output:

23 MWh

*Annual Wind Speed:

7 m/s

GWT-20(60)kW

GWT-20(60)kW

Rotor Width: 

7.6 m

Rotor Height:

7.5 m

Tower Height:

12m, 18m (or Tubular)

Swept Area:

57 m2

Start-Up Wind Speed:

2 m/s

Rated Wind Speed:

8 m/s

Annual energy output:

142 MWh

*Annual Wind Speed:

7 m/s

GWT-50(100)kW

GWT-50(100)kW

Rotor Width: 

7.6 m

Rotor Height:

9 m

Tower Height:

18m (Tubular)

Swept Area:

68,4 m2

Start-Up Wind Speed:

2 m/s

Rated Wind Speed:

11 m/s

Annual energy output:

197 MWh

*Annual Wind Speed:

7 m/s

Ideal for

Houses, farms, cabins

Offices, eco-hotels, minimarkets

Remote mining shafts, desert water extraction, H2-farms, Cr-mining

Fields laboratories, hospitals, military bases

Latin America, Middle East and Africa, Southeast Asia and Australia

Ideal for

Houses, farms, cabins

Offices, eco-hotels, minimarkets

Remote mining shafts, desert water extraction, H2-farms, Cr-mining

Fields laboratories, hospitals, military bases

Latin America, Middle East and Africa, Southeast Asia and Australia

Perspective in City area

Perspective in City area

GWT-3(5) kW

Rotor: 11.4 m²
Tower: 7; 12; 18 m
Rated power: 5 kW
Generator: 10 kW
Start-Up Wind Speed: 2m/s
Rated Wind Speed: 10m/s
Survival Wind Speed: 40 m/s
Operational Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 23 MWh*
Annual Wind Speed: 7 m/s

GWT-3(5) kW

Rotor: 11.4 m²
Tower: 7; 12; 18 m
Rated power: 5 kW
Generator: 10 kW
Start-Up Wind Speed: 2m/s
Rated Wind Speed: 10m/s
Survival Wind Speed: 40 m/s
Operational Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 23 MWh*
Annual Wind Speed: 7 m/s

GWT-50(100) kW

Rotor: 68.4 m²
Tower: 18 m
Rated Power: 50 kW
Generator: 100 kW
Start-Up Wind Speed: 2 m/s
Rated Wind Speed: 11 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 197 MWh*
Annual Wind Speed: 7 m/s

GWT-50(100) kW

Rotor: 68.4 m²
Tower: 18 m
Rated Power: 50 kW
Generator: 100 kW
Start-Up Wind Speed: 2 m/s
Rated Wind Speed: 11 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 197 MWh*
Annual Wind Speed: 7 m/s

GWT-1(3) MW

Rotor: 840 m²
Tower: 30 m
Rated Power: 1 MW
Generator: 3 MW
Start-Up Speed: 3m/s
Rated Wind Speed: 13 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 3283 MWh*
Annual Wind Speed: 7 m/s

GWT-1(3) MW

Rotor: 840 m²
Tower: 30 m
Rated Power: 1 MW
Generator: 3 MW
Start-Up Speed: 3m/s
Rated Wind Speed: 13 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 3283 MWh*
Annual Wind Speed: 7 m/s

GWT-1(3) MW

Rotor: 840 m²
Tower: 30 m
Rated Power: 1 MW
Generator: 3 MW
Start-Up Speed: 3m/s
Rated Wind Speed: 13 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 3283 MWh*
Annual Wind Speed: 7 m/s

GWT-1(3) MW

Rotor: 840 m²
Tower: 30 m
Rated Power: 1 MW
Generator: 3 MW
Start-Up Speed: 3m/s
Rated Wind Speed: 13 m/s
Survival Wind Speed: 60 m/s
Operation Temperature: -30°C/+50°C
Lifetime: 20 Years
Annual Energy Output: 3283 MWh*
Annual Wind Speed: 7 m/s

ESS from our partner

on-grid/off-grid solution
for independent source of power


Capacity:
5kWh-2MWh one item

ESS from our partner

on-grid/off-grid solution
for independent source of power


Capacity:
5kWh-2MWh one item

Photovoltage panels

Photovoltage panels from our partner


combined two renewables sources
of energy at once!

Photovoltage panels

Photovoltage panels from our partner


combined two renewables sources
of energy at once!

Wind Farms of the Nearest Future

Wind Farms of the Nearest Future

BeforeAfter comparision component by Nandi

GWTs Windfarms

Safe for flying living creatures

1.5-2 times more effective (kWh per m²)

Almost Silent

Reduced costs for maintenance, transportation and assembly

Reduced carbon footprint

GWTs Windfarms

Safe for flying living creatures

1.5-2 times more effective (kWh per m²)

Almost Silent

Reduced costs for maintenance, transportation and assembly

Reduced carbon footprint

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