Machine Learning(Ai) Baseed Electro-Magnetic Design & System Engineering
Application of an electromagnetic field design that fully understands the background characteristics of the motor’s operation
High Frequency and Leakage Flux : Heat(Loss)
Design Variation for Lower Electro Magnetic Loss
Efforts to Determine Each Loss Parameter
3rd Gen Coil Wining Technology
3rd Gen Coil Winding for High Performance
Reference
Analysis of 1kW Drone Drive Motor Characteristics Using Cu and Al MSO Coil, IEEE
Prediction of Mechanical Loss for High-Power-Density PMSM Considering Eddy Current Loss of PMs and Conductors, IEEE
AC Resistance Reduction Design of Traction Motor for High Energy Efficiency of Electric Vehicle, IEEE
Design Method for Reducing AC Resistance of Traction Motor Using High Fill Factor Coil to Improve the Fuel Economy of eBus, IEEE
High Efficiency PMSM With High Slot Fill Factor Coil for Heavy-Duty EV Traction Considering AC Resistance, IEEE
Design_of PMSM for EV Traction Using MSO Coil Considering AC Resistance According to Current Density and Parallel Circuit, IEEE
https://www.ifam.fraunhofer.de/content/dam/ifam/en/documents/Shaping_Functional_Materials/casting_technology/cast_coils_fraunhofer_ifam.pdf
ifam.fraunhofer, https://www.youtube.com/watch?v=VExiblKzTt4