I’m happy to be one of the first to watch and first to comment! You have made a fantastic introduction to the technology - your graphics, animation and style of presentation are educational and make a solid case for collaboration with your company. I’m already in discussions for my SolaRoof applications and can say how easy it was to engage with your company.
The same technology can presumably be used for axial flux alternators in wind turbines and the like. I think this is a great leap forward in motor and alternator development.
ECM PCB Stators utilize patented thermal traces within the boards to dissipate heat effectively, eliminating the need for additional cooling in 99% of ECM motors.
I’m happy to be one of the first to watch and first to comment! You have made a fantastic introduction to the technology - your graphics, animation and style of presentation are educational and make a solid case for collaboration with your company. I’m already in discussions for my SolaRoof applications and can say how easy it was to engage with your company.
Any experience with graphene filament/ with PEEK filament as insulation?
Make laptop fan motors with this tech!
Not so sure about your animation @ 1:30. In-runner seems wrong.
СУПЕР МЕГА УЛЬТРА КЛАСС ♦️♦️♦️ ХОРОШО
The same technology can presumably be used for axial flux alternators in wind turbines and the like. I think this is a great leap forward in motor and alternator development.
Yes, our team has designed a number of machines for wind turbines
Sounds impressive! How do I get one? I can buy your software to design pcb for me, right? What about rest of the parts?
What about heating issue? It would matter more since not all inner parts are metal
ECM PCB Stators utilize patented thermal traces within the boards to dissipate heat effectively, eliminating the need for additional cooling in 99% of ECM motors.
you could have done this entire presentation in 30 seconds.
P R O M O S M ✔️