The Spinning Motion Cranks a Turbine
I hope to explain a bit more about these wind turbines. It is always a good idea to do a bit of research before you undertake making one of these turbines and if you do decide to make one you may want to try and make it a small one before taking on something that rivals the empire state building. One of the most important parts of the turbine are the blades. In construction there should always be an odd number of blades as if there is an even number of blades (2 or 4 for example) this will make the turbine unstable. Even in todays times most blade designs follow that of Johannes Juul who created it in the 1950s. Wind turbines that are mounted on high towers are capable of generating more electricity as the wind flow is much faster and smoother at such heights.�The blades are of the turbine are rigid because they have to stay intact and not be pushed inside the turbine by heavy winds. They are also slightly tilted in the upward direction. The question with wind power has always been how to generate enough energy from wind power to make it feasible. The entire discussion comes down to wind turbines. Wind turbines are the devices that catch the wind and convert the inherent energy into electricity. The process works exactly like a hydropower dam. As the wind hits the turbines, the blades catch it and spin. The spinning motion then cranks a turbine, which kicks out electricity. The only difference between the two processes is we are talking about wind instead of water. A single hydropower dam can produce a lot of electricity, but a single wind turbine cannot.
