Joule Motor

[synchro1]

Two things stand out in this video. One, the 22k threshold r.p.m. for the phase shift: Two, the nearly 5lb thin wire bifilar of many wraps. This output coil maximizes self inductance and capacitive reactance. The coil's natural self power storage capacity, aided by the ferrite core, retards changes in the coil's fields.
The Joule Motor charges an aircore coil with hi-voltage backspike at 90 degrees, then after another 270 degrees of null activity, generates a.c. current. My theory is that the backspike begins to charge the secondary coil to a higher level then it's natural potential, increasing the reactive capacitance. This may be high enough to lower the threshold r.p.m. to Joule Motor speed.


http://www.youtube.com/watch?v=ASbXw3RkAHA

[synchro1]

Place a diametric ring inside the core of a bifilar output coil, and Lenz delay can be achieved. The reason differs; Instead of capacitive reactance retarding the output coil, the powerfull magnet field  creates the interference.

[leonirz]

Hi Lynxsteam!!!

You project will continue ?

Hug!

[Lynxsteam]

Team,

I am not working on the Joule Motor.  I am back to working on getting an efficient Wind Turbine kit ready for DIYers.  I think NickZ, Synchro, Joule Seeker and others will morph this area of research and find some interesting discoveries.  I do stay tuned to what you guys are doing.

I have been working on wind power for over two years at least.  The latest is a kit that you put together at a price that beats the cost of an equivalent solar panel.  I am testing a MPPT controller right now with a prototype wind turbine. MPPT stands for  "maximum power point tracking".  Wind power is a tough nut to crack because the output is wild AC and has to be tamed into a useful form of DC or AC.  This MPPT has several operating modes which can be easily adjusted, puts out charts and graphs, data logs for two weeks, and can run the power back into the grid.
The turbine is silent and can be mounted on a boat, RV, cabin or in the yard.