| Exactly like a standard 3 phase.
But for example, 30 (A), 20(B) and 10(C) turns per phase, and a 12V system.
The `standard' stator for this stator would need 20 turns per phase.
First phases A and B would cut in,
Then phases A and C,
Then phases B and C.
The following are somewhere between questions and statements.
- Phase A could be small wire, B medium wire, and C large wire, thus balancing some of the resistance losses, while maintaining an even air gap.
- The higher cut in phases would have a much lower resistance value, increasing efficiency at higher RPM.
- Would get some power from lower wind speeds than normal, while getting a little more from higher wind speeds than normal... with a low speed machine.
- The violent switching between star and delta would be eliminated.
- Complex variable pitch blade or variable air gap assemblies would be at least less productive than a standard wired stator, percentage of gain speaking.
- Untwisted blades could operate more efficiently given their characteristics.
I pulled the numbers per phase out of thin air.
The guys who know how the fancy software works could probably say one way or the other in 2 seconds.
Another Old idea I can't discount quite yet.
Thoughts?
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