HAWT 400W Horizontal Axis Windmill

Horizontal Axis Windmill
1.Rated Power:400W
2.Working Wind Speed:2.5-25m/s
3.Generator Style:3-phase AC PM
HAWT 400W Horizontal Axis Windmill

Parameters of windmill
Rated Power(w)
400
Maximum Power(W)
500
Rated Wind Speed (m/s)
12
Blades Material*Quantity
Fiberglass-Reinforced plastics*3
Startup Wind Speed (m/s)
2.3
Generator Style
3-phase AC PM
Working Wind Speed (m/s)
2.5-25
Rotor Diameter(m)
1.8
Survived Wind Speed (m/s)
50
Over-speed Protection
Blade aerodynamic elastic and electromagnetic
Working Voltage (v)
DC24V /12V
Main Machine Weight (kg)
18.5
Features of windmill
1. The rotor blades apply the latest advanced thermoplastic engineering and are manufactured by precision injection molding. The blades are of exceptional consistency and aerodynamic outline with a mass distribution that ensures the rotors operate with nearly no noise and minimal vibration. The wind turbine has very low start-up/cut-in wind speed and a high coefficient of productivity and is specially designed to prevent the blades from feathering post stall.
2. The generator is made from high-quality rare earth permanent magnets material. The wind turbine is of small size, light weight and high-efficiency power generation characteristics. Mechanical and electrical professors’ unique electromagnetic design technique has endowed the excellent start up capability, which effectively ensures the wind turbines can be started up in a gentle breeze.
3. The wind turbine body’s material is adopted from high-quality aluminum alloy and precision stainless steel accessories, very light weight. The model can be widely applicable to an ambient temperature from -25°C to 40°C, high humidity, wind sand and salt spray environment as well.
4. The elegant design and its easy installation of small wind turbine can make you enjoy green energy in all-weather circumstances as well as bring you a joyful landscape.
5. The higher average wind speed, the more power wind turbine will generate.
6. It will against the long term operation of the wind turbine if the sitting location in an unstable wind-flow region or in a serious turbulent-flow region. Moreover, this serious turbulent flow not only causes destructive force to the wind turbine, but also dramatically reduces power generation of the wind turbine.