Hi: First take all of these statements as questions. So, all of what I have read so far on how to handle too much power from the gens involve "channeling" the un wanted power to a specified "place". Bottom line though is that you are loading the gen at a higher energy level than you can actually use until you kick in some form of mechanical system to stop the gen from generating that level of power. Now, for the moment lets say that your turbine by passive design would not fly apart no matter how strong the wind was. But, your gen could not handle the power being generated by the turbine if it was loaded by A, what was really being used and B, an extra dump load as well. So here is the question, suppose you have an inverter that can handle Vmax incoming as 500VDC. Is there an electronic circuit that can continue to "sample" the incoming and deliver 500VDC and maintain the max current at that voltage (500) and just let the turbine and gen spin as fast as the extra wind wants to spin it, I.E. the gen does not load electrically more than Vmax times the current at that voltage..??.. The voltage across the gen would of course continue to rise and current fall, BUT the feed to the inverter would hold at 500VDC at the max current level. I hope that doesn't sound too confusing....
Resectioned, missed it before. TW