4
Horizontal Axis Fan design

Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs

Embed Size (px)

DESCRIPTION

Parts of a plug and Play Wind turbine It should have similar parts to a plug and play wind turbine because it can create clean electricity at low wind speeds. The interconnection can be charged through batteries. The parts consist of a magnet and a gearless alternator.

Citation preview

Page 1: Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs

Horizontal Axis Fan design

Page 2: Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs

HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in

producing laminar flow and aerodynamics compared to VAWTs.

-It can also keep noise emissions at a lower level even if the size of the wind turbine increases. This shows that in HAWTS, the power output is significantly greater than the total noise from the environment.

Page 3: Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs

Parts of a plug and Play Wind turbine • It should have similar parts to a plug and play wind

turbine because it can create clean electricity at low wind speeds. The interconnection can be charged through batteries. The parts consist of a magnet and a gearless alternator.

Page 4: Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs

Airfoil blades• When the wind flows over the airfoils, a lift force is

generated. When the angle of attack is increased, the lift force and an undesirable drag force also increases. The tangential component of the lift force supports the blade rotation while the drag force opposes it. The wind turbine can improve its performance when the lift to drag force is at its maximum.(Optimum angle of attack)