The current and flux increase to a maximum, decrease to zero, then increase to a maximum in the opposite direction. Similar to a Sine wave, increase to max (+)>>>decrease to 0>>> increase to max (-), repeat.



But if Chat GPT says that's correct then it must be true?
Chat GPT is only a parrot and can discover nothing new so what you get is the old dogma found already on the net.


Transvers flux motors have been around for many years.
Those tiny stepper motors in PTZ cameras are trans flux motors.

Quote from: SolarLab on August 26, 2023, 09:00:45 PM
 

All,

Just a quick note here - the "Right Hand Rule" does not apply here (Transverse Flux); it uses the "Co-Energy principle."

This was also discussed in the "LinGen development analysis"

Here's an interesting (Penn State Dissertation) Video that briefly touches on co-energy as well (at 3:10 - 3:14):

Transverse Flux Motor - Video #35096
https://altoona.psu.edu/video/35096/2020/12/14/transverse-flux-motor

SL

Yes, you notice how the magnets are arranged.
If they were either north or south each end, the motor would not work.
The same applies for the generator.

Brad

Quote from: tinman on August 26, 2023, 09:13:41 PM
Yes, you notice how the magnets are arranged.
If they were either north or south each end, the motor would not work.
The same applies for the generator.

Brad

Brad,

When I get some time I'll finish the "LinGen V2" which is based on the above, except
LinGen V2 is linear (a long oval rather than circular). Easier to make and integrate.
Plus it can be scaled, stacked and linked. A second stator coil is also added to power only
the electronics and drivers leaving the actual output as a seperate inverter feed.

In short; the "Stator U shaped elements are extended a bit and an "Electromagnet" is
inserted where the magnets are (N S). Pulsing the Electromagnets in sequence should
(?) produce some interesting effects. Initial CAE analysis shows great promise.
Watch Holcomb OUR for future details, etc..

Attached a pdf for review (note the magnets used were 1.2T which is easy for an
electromagnet using a good (SMC) material core).

SL

Quote from: SolarLab on August 26, 2023, 09:42:53 PM


Brad,

When I get some time I'll finish the "LinGen V2" which is based on the above, except
LinGen V2 is linear (a long oval rather than circular). Easier to make and integrate.
Plus it can be scaled, stacked and linked. A second stator coil is also added to power only
the electronics and drivers leaving the actual output as a seperate inverter feed.

In short; the "Stator U shaped elements are extended a bit and an "Electromagnet" is
inserted where the magnets are (N S). Pulsing the Electromagnets in sequence should
(?) produce some interesting effects. Initial CAE analysis shows great promise.
Watch Holcomb OUR for future details, etc..

Attached a pdf for review (note the magnets used were 1.2T which is easy for an
electromagnet using a good (SMC) material core).

SL

Looking forward to seeing the end results.

Brad

@SL


Thanks for the PDF on the transversal motor/generator.
Lots of good design info!