Body
Hi HD and all:
Here is super simple Clem engine build below in first link - he is not doing the spiraling chamber feed (maybe not necessary anyways) and he has the good idea of using very common and cheap automatic transmission torque convertor from car, and uses jets from a power washer with 90 degree PVC piping the jets mount into...Note that he says the torque convertor spins much better in one direction as compared to other, since the internal turbine adds to the spin rotation....seems like only thing difficult is the fitting of the hollow shaft feeding the torque convertor chamber with fluid.....a watertight fitting used for propeller shafts in boats should work perfect....anyways this looks like lots of fun to try perhaps so much torque it will smash right through lenz law lugging of generator as it makes power....bigger the better too is seems...
Also check out the simplified Donnie Watts design too.....I heard long ago Donnie Watts had his life threatened by the same company that killed Edwin Gray (Zpower? Ztech?) after doing this Clem motor of very big size so who knows it might be very serious machine::
https://www.youtube.com/watch?v=D2L_PBGgHZw https://www.youtube.com/watch?v=D2L_PBGgHZw
Donnie Watts design and very good description by Patrick Kelley:
https://www.youtube.com/watch?v=whoSCaF196w&t=134s https://www.youtube.com/watch?v=whoSCaF196w&t=134s
That Thane Karl Heinz video of speed up under loading thanks to the high impedance coil, and the frequency of rotor magnets sweeping past the coil I think is very important, in fact my favorite "free energy" video on youtube....he shows 12W being made by the LEDs (I calculate anyways) while very signifigant speed-up along with the reduced draw....more speed up, more power generated....
So obvious thing to do is have many more high impedance coils of same ohms and design around the rotor, and if odd coils vs even magnets Muller design with flat rotor and coils each side, now you have space to mount twice the number of coils and if every coil provides a bit of speed up under load, imaging for example 12 coils each side making now perhaps 144W (12 X 12W)
This is what I am trying to do right now with my wooden Muller generator here in Minsk - so coils are high impedance, and I have 12 of them total each side of rotor...just need to get some good speed around 4000rpm and for that 4000rpm, not require too many watts to spin generator rotor at that speed too(50W I hope).....here is that video again
https://www.youtube.com/watch?v=24I12hrpTDY&t=50s https://www.youtube.com/watch?v=24I12hrpTDY&t=50s
Here is the math to calculate again:
https://www.youtube.com/watch?v=cVFXSZzUNmE&t=52s https://www.youtube.com/watch?v=cVFXSZzUNmE&t=52s
Here is a very big Bi-Toirroid design of transformer, this powering a QEG, or perhaps it is on the output of the QEG generator (cant tell for sure)
https://www.youtube.com/watch?v=mDtTSuZOto0 https://www.youtube.com/watch?v=mDtTSuZOto0
ciaoKone