New Maxwell Equations And Solutions.

[JoeLag]

Document Download link: https://drive.google.com/file/d/19gnac8N...drive_link

Resonant Power Circuit Disclosure Part 2 ... by algernon 1952

On first appearance Joel it looks like a ROTOVERTER  setup connected to an 'ANU'  ZVS driver board  ... PWM force driven and transformer config for a feedback loop ... he has a screw pot on his board for freq. adjustment. 

My guess is its a 'ufo assymetric motor winding by woopyjump' type winding from about 12 years ago as this provides something like a 70/30 % ... 60/40 % ratio from motor to generator as its is a ('running machine' 1.5hp DC) rotor style winding with a contact point connected to metal rotor bearings from what i can tell. 

Also he says in video he uses special insulated wire for current handling ... in other words :

DC SUPPLY - INVERTER / BUCK BOOST/PWM (forced) - ZVS - AUTO TRANSFORMER - UFO ASYMETRIC MOTOR - DIODE LOOP / CAPACITOR - BATTERY CHARGE OUTPUT

Resonant Power Circuit Disclosure Part 2 ... by algernon 1952 :
https://www.youtube.com/watch?v=JGRwWqbno7o

Here algergon shows earlier circuit with an HV TV flyback core ZVS supply board :
https://www.youtube.com/watch?v=H0peRU1KQ7w&t=34s

ufo assymetric motor winding ... by woopyjump:
https://www.youtube.com/watch?v=CQsmfNsIVTg

Those setups you're describing aren't really in the direction I prefer to explore. They tend to drift towards configurations that remind me of the Mtech style—something I’ve critiqued for quite some time now. The core issue I see with these setups is that while they might initially seem promising when you start stringing together different elements creatively, there’s often no real understanding of where they’re coupling into external energies. The user doesn't know what or where the energy source is. Sure, it’s possible that one could stumble upon certain interaction conditions purely by chance, but as you've probably seen online, the results are inconsistent. Different builders often get sporadic, non-reproducible outcomes because the success seems heavily reliant on local conditions and variables that aren’t well understood.
That’s why I’ve spent so much time delving into Maxwell’s work. Without a clear framework, we’re just shooting in the dark. Guessing might get you close occasionally, but without proper calculation, control, and engineering, you won’t achieve anything stable or predictable. So, while I don’t want to discourage those who choose to experiment in that direction, they should know that they might not get the results they’re looking for—unless, of course, it's more of a personal learning journey than a practical energy solution.