Hey nads, as a relay technician and utility employee who is well versed in line losses, their contributing factors, etc., might I just toss the following suggestion your way:
Shut. The. ****. UP!
And when you can actually, you know, READ AND UNDERSTAND Blackburn's "Protective Relaying, Principles and Applications" or perhaps tell me what an SEL-421 does, or what the default passwords for an SEL relay, or a RFL relay, or an ABB relay are, then maybe I'll give a shit what you have to say on a particular subject.
Oh, and just for shits and giggles, tell ya what. You have a windmill blade with a mass of 2000kg. How much energy would be required to move that blade a distance of 1600 meters (1 mile), assuming negligible wind resistance and g=9.8 m/s^2? What would the maximum height of the blade be? What would the initial velocity of the blade be, and assuming the blade has a length of 25 meters, what rotational speed would be required to generate the force necessary?
Show all your ****ing work, scrunt.