SAWT

Real-World Airflow Behavior of SAWT

No airflow loss behind the blade
“Airflow is maintained without leakage, improving efficiency”

SAWT(Symmetrical Airfoil Wind Turbine)

Innovative Airfoil Design for Low-Wind-Speed, High-Efficiency Power Generation

01. Symmetrical Airfoil Structure

Long airfoil blades minimize aerodynamic drag and enable rapid blade acceleration.
Uniform blade profile across the entire blade span.
Non-twisted straight blade design for balanced blade geometry.

02. Disc Formation Using Pitch Control

Automatic pitch adjustment according to wind speed.
Formation of a disc-shaped rotor profile.
Increased wind pressure and rotational force.
Improved energy capture efficiency.

03. Minimization of Wind Energy Loss

Reduced airflow loss behind the rotating blade disc.
Increased conversion of wind energy into rotational energy
Approximately 35% higher efficiency than conventional wind turbines.

Blade Rotation Starts at 0.8 m/s | Power Generation Starts at 2.6m/s

Low-Wind-Speed, High-Efficiency Performance
35% Higher Efficiency | 1.83× Higher Annual Energy Generation

SAWT Wind Turbine

Improved annual energy generation through a low cut-in wind speed and superior output across wind-speed ranges

SAWT begins generating power earlier and produces more electricity across the full wind-speed range,
achieving 1.83 times higher annual energy generation.