Look, I will but I haven't wanted to go off half cocked,and not back up what I am saying.I will use the references of a number of Professors or experts in Electrical Engineering two of whom have much experience in wind turbine outputs. I am not against wind or solar or anything else but some of these power sources cause problems, for instance 10% may be the maximum. Last year the Irish and South Australian electricity boards announced that under no circumstances would that let more than 10% wind or any other intermittent supply connect to the grid because of stability problems. Please read the 2004 and 2005 wind reports of E.on Netz the big German Grid operator. There is also a very good report by the Federal German Energy Agency on this whole subject which I will find a link for.
            Reactive power occurs when the voltage and current don't go up and down together in the AC frequency cycle, i.e. when the current and voltage are out of phase with each other by 90 degrees and is measured as VARs (voltage,amps reactive), it is used to control voltage and balance generator output by travelling back to the generator and through the windings of the excitation fields and travels back in the circuit in opposition to active power. Often wind generators can't provide this reactive power or are too far away to be effective.It is a strange concept to get your head around and is sometime called phantom power. Google "Reactive Power" for better explanations than mine
            Probably what's needed is an explanation of why AC was first used over DC, it can produce far more power(over 100,000 volts) for a given generator size because of the use of three phases and the ease of taking off power from a fixed armature with a rotating field rather than a DC generator with a rotating armature with the output collected from the rotating commutator.
             I will contact you by email shortly. I am not an electrical engineer and in fact have only a very basic understanding of electrical systems which are more complex than most people realize. I was first exposed to the complexities of reactive power, phase balancing, voltage and frequency controls etc when I converted onto B727 aircraft many years ago and have had to go back to the books to refresh my memory.
             I simply haven't had the time to do a good post on this with the necessary references and make sure that what I am saying is correct.