LiTEN 20kW Wind Turbine Generator (LT10.0-20kW) 
   


Product Overview
The Liten 20kW is a medium to large scale wind turbine designed for large domestic power supply or commercial users.
The Liten 20kW wind turbine is based on large wind turbine technology making it a perfect choice for commercial use or for small private wind farm applications.
Liten wind turbines are supplied with an electronic controller system which conditions the power produced for battery storage or grid supply through an inverter. The controller also processes wind speed and direction data to position the turbine in the optimum upwind attitude.

Specifications
  Model: LT10.0-20kW
  Rated voltage: 360VDC
  Rated current: 56 A (DC)
  Rated power: 20kW
  Rotor diameter: 10.0m
  Blade material: GFRP
  Start-up wind speed: 2.5 m/s
  Rotation direction: counterclockwise
  Rated wind speed: 10m/s
  Cut-out wind speed: 15m/s
  Survival wind speed: 45m/s
  Wind turbine type: Upwind
  Wind turbine tilt-angle :6°
  Rated RPM: 90RPM
  Blade No.: 3
  Tower option to 36m
  Yaw mechanism: hydraulic
  Yaw mode: auto/manual
  Furling: 3stage motorized yaw control
  Protection mode: - Yaw - Hydraulic brake- Dump load
  Noise level: 38.2db
Tower Options
The Liten 20kW wind turbine is installed on a sectional 18 meter free standing tower or guy cable tower. Free standing
towers and guy cable towers require a small crane for installation.

Inverter options
Most propriety 360v/220v inverters are compatible with this wind turbine

Brochure Download

Performance
The instantaneous power production of this wind turbine is the actual power it produces at any one time. The power produced increases as wind speed increases. This wind turbine has an automatic three stage shutdown procedure as wind speeds become too strong for power production. As the graph below shows production levels out as maximum capacity is exceeded, slowing the wind turbine by turning away from the wind. This three stage braking function protects the wind turbine from over speed whilst continuing to produce power during strong wind conditions.